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GNDU Question Paper-2021
Bachelor of Business Administration
BBA 5
th
Semester
COST ACCOUNTING
Time Allowed: Three Hours Max. Marks: 50
Note: Attempt Five questions in all, selecting at least One question from each section. The
Fifth question may be attempted from any section. All questions carry equal marks.
SECTION-A
1. Explain the difference between Financial Accounting and Cost Accounting.
2. Define the following:
(a) Fixed Cost
(b) Cost Centre.
SECTION-B
3. Distinguish clearly between Direct Material and Indirect Material.
4. Define the following:
(a) Abnormal Gain
(b) EOQ.
SECTION-C
5. What is P/V Ratio? Give three ways by which P/V Ratio can be improved.
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6. Define the following:
(a) BEP
(b) Margin of Safety.
SECTION-D
7. What is budgetary control? State the main objectives of budgetary control. What are
the main steps in budgetary control?
8. The standard material required to manufacture one unit of product X is 10 kgs and the
standard price per kg of material is Rs. 25. The cost accounts records, however reveal that
11500 kgs of material costing Rs. 2,76,000 were used for manufacturing 1,000 units of
product X. Calculate Material Variances.
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GNDU Answer Paper-2021
Bachelor of Business Administration
BBA 5
th
Semester
COST ACCOUNTING
Time Allowed: Three Hours Max. Marks: 50
Note: Attempt Five questions in all, selecting at least One question from each section. The
Fifth question may be attempted from any section. All questions carry equal marks.
SECTION-A
1. Explain the difference between Financial Accounting and Cost Accounting.
Ans: It’s early morning in a bustling chocolate factory . The scent of cocoa fills the air,
workers are buzzing around, machines are whirring, and somewhere in the manager’s office,
there are two very different accountants at work.
One is Mr. Ledger, always in a crisp suit, polishing his spectacles and speaking in exact
numbers. The other is Ms. Calculator, casual in her approach but razor-sharp about details
that nobody else seems to notice.
Although they both work with numbers, they have two entirely different missions. Mr.
Ledger is the Financial Accountant, and Ms. Calculator is the Cost Accountant.
Let’s step into their world and see what makes them different — but in such a way that
you’ll never forget it.
Act 1: The Purpose — Why They Exist
Mr. Ledger’s job is to tell the story of the company’s financial health — but for the outside
world. Imagine him as the narrator of a public report. He prepares financial statements like
the balance sheet, income statement, and cash flow statement, to show investors, tax
authorities, and lenders exactly where the company stands.
• His goal: Accuracy, compliance, and transparency.
• His audience: Shareholders, government, banks, and the public.
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Ms. Calculator, on the other hand, doesn’t care about impressing outsiders. Her reports
rarely leave the walls of the factory. She’s like the detective in a mystery novel, uncovering
where every single penny is going inside the company. She prepares detailed cost sheets,
variance analysis, and production reports to help managers decide:
• Are we spending too much making this chocolate bar?
• Is there a cheaper way without losing quality?
Her goal: Efficiency, cost control, and informed decision-making. Her audience: Internal
managers, production teams, and decision-makers.
Act 2: The Rules They Play By
Mr. Ledger is a rule-follower to the core. Every number he reports must follow accounting
standards like IFRS or GAAP. He’s like a chess player who cannot make a move unless it’s
allowed in the rulebook.
Ms. Calculator? She’s more of a creative strategist. She doesn’t have to follow universal
rules — she follows what works best for the company. If managers want costs shown in a
certain way for easier understanding, she adapts. Her flexibility is her superpower.
Act 3: The Time They Focus On
Mr. Ledger is like a historian — he looks at the past. His job is to record what has already
happened in the last quarter or year. The past is set in stone for him.
Ms. Calculator is more like a fortune-teller (without the crystal ball). She analyzes current
trends and tries to predict the future — figuring out how much a product will cost to
produce, how to plan budgets, and how to avoid wastage.
Act 4: The Type of Information They Use
Feature
Financial Accounting (Mr.
Ledger)
Cost Accounting (Ms. Calculator)
Nature of
Data
Monetary transactions only
Monetary + Quantitative (units, hours,
material usage)
Details Level
Summary-level
Highly detailed
Focus Area
Overall company performance
Cost of specific products/services
Format
Standardized format for external
reporting
Custom format for internal use
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Act 5: Story in Action
Let’s say the chocolate factory made ₹1 crore in sales this year.
• Mr. Ledger will simply report:
• Ms. Calculator, meanwhile, will dig deeper:
Her focus isn’t just reporting — it’s decision support.
Act 6: Benefits of Each
Financial Accounting’s strengths:
• Helps attract investors
• Proves compliance with laws
• Gives a clear picture of profitability
Cost Accounting’s strengths:
• Helps control costs
• Improves efficiency
• Supports pricing decisions
Act 7: The Exam-Ready Summary
If you need to remember this for your exam, think of it like this:
• Financial Accounting = The report card for outsiders — past performance, standard
format, legal compliance.
• Cost Accounting = The x-ray scan for insiders — future planning, cost analysis,
flexible reporting.
They’re like two lenses: one focuses on the big picture for the world outside, the other
zooms in on internal details for the company’s eyes only.
Epilogue — The Harmony
In our chocolate factory, neither Mr. Ledger nor Ms. Calculator is “better.” Without Mr.
Ledger, the company loses credibility in the public eye. Without Ms. Calculator, it might
quietly bleed money without even knowing.
Just like a good story needs both a narrator and a strategist, a successful business needs
both financial accounting and cost accounting — one to tell the story, and one to shape it.
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2. Define the following:
(a) Fixed Cost
(b) Cost Centre.
Ans: A Warm Evening at “Numbers & Noodles”
It’s a cool evening in the city, and the small but bustling restaurant Numbers & Noodles is in
full swing. The smell of sizzling garlic wafts through the air, customers are laughing, waiters
are darting between tables — and in the back office, the owner, Mr. Raj, is looking at the
monthly accounts.
On the table are two highlighted notes that he wants to explain to his new trainee
accountant, Neha. These two notes are titled: (a) Fixed Cost and (b) Cost Centre.
And that’s where our little story begins…
Part One: The Tale of Fixed Cost
Mr. Raj leans back in his chair, sipping a cup of chai.
“Neha,” he says, “do you see this rent payment here? ₹40,000 every month. It doesn’t
matter whether we serve 5 plates of noodles or 500 — the rent is the same. That’s what we
call a Fixed Cost.”
She looks puzzled, so he continues.
Think of Fixed Costs like the stage in a theatre. Whether one actor performs or a hundred,
whether there’s a small audience or a full house — the cost of setting up the stage, lights,
and rent for the hall stays the same.
In business terms:
• Definition: Fixed Costs are those expenses that do not change with the level of
production or sales within a certain range.
• Examples in our noodle shop:
o Monthly shop rent
o Salaries for permanent staff
o Insurance premiums
o Depreciation of kitchen equipment
Key features:
• They remain constant in total, regardless of the output produced.
• Per unit cost may change — if you serve more dishes, the fixed cost per dish
becomes lower.
• They are time-related (monthly, yearly) rather than activity-related.
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Neha scribbles in her notebook:
“Fixed Costs = Money you spend just to keep the business running, no matter how busy or
quiet it is.”
Mr. Raj grins. “Exactly. Whether the restaurant is half-empty in the monsoon or packed
during the festival season — those costs still knock on your door.”
Part Two: Meeting the Cost Centre
Now Mr. Raj points to another column in the accounts labelled Kitchen and Service Area.
“Neha,” he says, “these are Cost Centres. Imagine them as different ‘rooms’ in the house of
our business — each room has its own bills and expenses.”
She leans forward. “But what exactly does a Cost Centre mean?”
Let’s imagine again: A Cost Centre is like a department, location, machine, person, or any
defined segment of an organization for which costs are separately collected, recorded, and
analyzed.
In the Numbers & Noodles example:
• Kitchen Cost Centre — covers all costs of cooking: ingredients, chef salaries, gas,
electricity for stoves, maintenance of ovens.
• Service Area Cost Centre — covers waiter salaries, table decorations, customer
service materials, water served to customers, etc.
Formal definition
A Cost Centre is a specific part of an organization where costs can be identified and
assigned, but which does not directly generate revenue on its own.
Two main types of Cost Centres:
1. Production Cost Centre — directly involved in making the product (e.g., kitchen in
our restaurant).
2. Service Cost Centre — supports production but doesn’t directly make the product
(e.g., accounts office, cleaning crew).
Why Both Matter in Real Life
Mr. Raj explains: “Neha, think of Fixed Costs as the weight you always carry, and Cost
Centres as the places where that weight is spread. Without knowing your Fixed Costs, you
can’t plan how much revenue you must make to break even. Without tracking Cost Centres,
you can’t find which part of your business is eating up more resources than it should.”
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Bringing It Together With an Example
Imagine in one month:
• Total Fixed Costs = ₹1,00,000 (Rent ₹40,000 + Salaries ₹50,000 + Insurance ₹10,000)
• Variable Costs (change with sales) = ₹60 per plate of noodles.
• Selling Price = ₹120 per plate.
Now, suppose they sold 3,000 plates:
• Revenue = ₹3,60,000
• Variable Costs = ₹1,80,000
• Fixed Costs = ₹1,00,000
• Profit = ₹80,000
If Neha only looked at total numbers, she might not notice that the Kitchen Cost Centre is
overspending on premium ingredients or that the Service Area needs to optimize staff
scheduling. Tracking both Fixed Costs and Cost Centres ensures that the business runs
efficiently without hidden leakages.
Easy Memory Tricks for Exams
• Fixed Costs: Think of a Netflix subscription — you pay the same monthly fee
whether you watch 1 hour or 100 hours.
• Cost Centre: Think of different rooms in your home — each has its own electricity
bill, decor expenses, and maintenance needs.
Exam-Polished Definitions
• Fixed Cost: Costs that remain constant in total, irrespective of changes in the level of
activity or output, within a relevant range.
• Cost Centre: A location, person, or item of equipment for which costs can be
ascertained and controlled.
Mr. Raj closes the ledger and says:
“Neha, numbers are not just numbers. They’re clues. And when you know your Fixed Costs
and Cost Centres, you know exactly where your money is going — and more importantly,
where it’s hiding.”
Neha smiles, because suddenly accounting doesn’t feel dry anymore. It feels like detective
work — and she’s ready for the next mystery.
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SECTION-B
3. Distinguish clearly between Direct Material and Indirect Material.
Ans: Scene: The Royal Furniture Workshop
The king of a faraway land loves exquisite wooden furniture. Inside his palace grounds,
there’s a massive workshop filled with the scent of fresh timber, the hum of saws, and the
rhythmic tap-tap-tap of chisels.
Here, we meet two special characters — not people, but types of materials — Direct
Material and Indirect Material. Both are important, but they play very different roles in
bringing the king’s furniture to life.
And in this story, I’ll walk you through exactly how to tell them apart, so clearly that you’ll
never confuse them again.
Act 1: What They Mean in the Real World
Direct Material
Think of the solid teak wood used to make the king’s throne. Without it, the throne simply
wouldn’t exist. Direct materials are those raw materials that become an integral part of the
finished product and can be traced directly to it.
In our workshop:
• Teak wood for the throne’s frame
• Velvet fabric for the cushion
• Gold leaf for the decorative carvings
These are all direct because you can literally point to them in the final throne and say — this
came from that batch of materials we bought.
Key features:
1. They form a physical and visible part of the finished product.
2. They can be measured and traced back to the specific product easily.
3. Their cost is directly assigned to the production of each item.
Indirect Material
Now picture the glue used to stick the joints, the nails holding frames together, the polish
giving the wood its shine, and the sandpaper smoothing the surface. These things are
essential, but you can’t clearly measure how much of them went into a single throne.
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Indirect materials are those materials used in the production process that do not become a
significant part of the finished product, or cannot be traced to it economically.
In the workshop:
• Glue for joints
• Nails and screws
• Sandpaper
• Polishing oil
They support the making of the throne, but you don’t look at the throne and think — this is
made of glue.
Key features:
1. They may be used in small quantities.
2. They are difficult or uneconomical to trace to each unit.
3. Their cost is grouped under manufacturing overhead instead of direct cost.
Act 2: How They Differ — The “Table of Truth”
Aspect
Direct Material
Indirect Material
Definition
Raw materials that form a major
part of the finished product and
can be directly traced to it.
Materials used in production that do
not become a major part of the product
or cannot be directly traced to it easily.
Traceability
Easily identifiable in the final
product.
Not easily identifiable or measurable in
the final product.
Cost Treatment
Charged directly to specific
jobs/products.
Treated as part of manufacturing
overhead.
Examples in
Furniture
Making
Wood, fabric, gold leaf.
Glue, nails, varnish, lubricants.
Impact on
Product
Core substance of the product.
Supportive role in making the product.
Act 3: Why This Difference Matters in Real Life
Back in the royal workshop, the chief accountant, Master Ramesh, is calculating the cost of
making the king’s new dining table set.
If he mixes up Direct Material and Indirect Material, here’s what could go wrong:
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• Wrong Pricing: If you treat wood (a direct material) as overhead, you won’t know
the real cost per table.
• Poor Cost Control: Without knowing how much direct material each item consumes,
you can’t manage waste effectively.
• Misleading Reports: Managers won’t have a clear picture of resource usage.
That’s why in accounting, direct and indirect materials are recorded separately — so
decision-making stays sharp and accurate.
Act 4: A Little Story Trick to Remember Forever
Imagine the final product as an actor on stage.
• Direct Materials are the costume and main props the audience can clearly see — the
sword in the hero’s hand, the crown on the queen’s head.
• Indirect Materials are the behind-the-scenes tools — the stage lights, the safety pins
in the costume, the paint on the backdrop. The audience might never notice them,
but without them, the show wouldn’t work.
Act 5: Polished Exam-Ready Definitions
• Direct Material: Materials that become an integral part of a finished product and can
be conveniently and directly traced to specific physical units.
• Indirect Material: Materials necessary for production but which do not become a
significant part of the finished product or are not economically traceable to it.
Quick Real-World Examples Beyond Furniture
Industry
Direct Material
Indirect Material
Bakery
Flour, sugar, butter
Baking paper, oil for greasing trays
Car Manufacturing
Steel for body, tyres
Lubricants, cleaning cloths
Clothing Factory
Fabric, buttons, zippers
Thread for machine setup, chalk for marking
Epilogue — Back to the Workshop
The king arrives to see his new golden armchair. He runs his hand over the carved wood and
velvet cushion — the direct materials in all their glory. But behind the scenes, the shine, the
firmness, the flawless joints — all owe their perfection to the invisible helpers: glue, nails,
and polish — the indirect materials.
The moral? Direct materials make the story visible. Indirect materials make it possible.
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4. Define the following:
(a) Abnormal Gain
(b) EOQ.
Ans: Scene: The Kingdom of SweetTreats
Once upon a time, in a bustling candy factory called SweetTreats, the air was always sweet,
the colours bright, and the sound of sugar being poured into giant mixers echoed all day.
Inside, two unusual “mysteries” kept the factory owner, Mrs. Ananya, intrigued —
something called Abnormal Gain and something the accountants kept whispering about:
EOQ.
Most workers didn’t think twice about them, but to Mrs. Ananya, understanding these was
the key to keeping her candy empire running profitably. And that’s how our story begins…
Part One: The Curious Case of Abnormal Gain
One afternoon, the production manager came running into Mrs. Ananya’s office with a grin.
“Ma’am, remember how we always lose about 5 kg of sugar during the cooking process?
Today, instead of the expected loss… we actually had more finished candy than planned!”
This surprised her, because in manufacturing, some wastage or loss is normal — spillage,
evaporation, slight damage — they’re expected and built into the plan. But here, instead of
losing more than expected, they ended up with extra usable product.
That, my friend, is what accountants call Abnormal Gain.
Simple Definition:
Abnormal Gain is when the actual loss in a process is less than the expected normal loss,
resulting in more output than anticipated.
Breaking it down in the candy factory example:
• Normal Loss: The factory expects to lose 5 kg of sugar due to melting and spillage.
• Actual Loss: Today, only 3 kg was lost.
• Result: The “saved” 2 kg worth of candy production is an Abnormal Gain.
Why does it happen?
1. Improved efficiency — maybe the machines ran smoother.
2. Better quality raw materials — sugar with lower moisture content.
3. Reduced wastage due to skilled workers.
Key points for your exam notebook:
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• Abnormal Gain is recorded separately in accounts because it’s not part of the regular
expected process.
• It’s valued at the same rate as good production units.
• It is credited to the process account (because it increases output) and transferred to
an Abnormal Gain Account for recognition.
In our story: Mrs. Ananya makes a note — “This extra candy is a blessing, but it’s not an
everyday thing. Keep it recorded separately so we know why and when it happens.”
Part Two: The EOQ Mystery
The next day, Mrs. Ananya meets her storekeeper, Mr. Vivek, who looks worried.
“Ma’am, we’ve got a problem. If we order ingredients too often, we pay high transport and
ordering costs. But if we order in bulk to save on that, we end up with too much stock, and
storage costs go up. We need a sweet spot.”
Mrs. Ananya smiles. “Sounds like you’re talking about EOQ, aren’t you?”
EOQ — The Sweet Spot Formula
Full form: Economic Order Quantity. It’s the ideal quantity of raw material to order so that
the total inventory cost (ordering cost + holding cost) is the minimum possible.
Breaking it down:
• Ordering Cost = The cost of placing and receiving an order (paperwork, transport,
admin).
• Holding Cost = The cost of keeping stock in storage (rent, electricity, insurance,
spoilage).
If you order too frequently, ordering cost goes up. If you order too much at once, holding
cost goes up.
EOQ helps find the perfect balance — not too big, not too small — just right.
The Formula (don’t worry, we’ll keep it friendly):
Where:
• A = Annual demand (in units)
• B = Ordering cost per order
• C = Holding cost per unit per year
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Candy Factory Example:
Suppose SweetTreats needs 10,000 kg of sugar per year, ordering cost is ₹500 per order,
and holding cost is ₹2 per kg per year.
So, ordering about 1,581 kg of sugar each time will minimize total costs.
Why EOQ Matters in Real Life:
• Reduces excess storage costs
• Prevents stock-outs and production delays
• Improves cash flow management
• Keeps costs predictable
Part Three: The Link Between the Two
Now, Mrs. Ananya realises:
• Abnormal Gain is about unexpected extra output — a lucky and rare event, but
important to record separately so it doesn’t distort cost reports.
• EOQ is about consistent smart planning — a calculated decision to keep material
costs in control.
One is an accounting adjustment after the fact. The other is a planning tool before the fact.
Quick Exam-Polished Definitions
• Abnormal Gain: The excess output obtained when the actual process loss is less than
the normal loss, valued at the cost per good unit and recorded separately.
• EOQ: The order quantity that minimizes the total of ordering cost and holding cost of
inventory.
A Mnemonic You’ll Love:
A for Abnormal Gain — “A lucky surprise.” E for EOQ — “Economical and Equalised
Quantity.”
Epilogue — Sweet Success
By tracking Abnormal Gain, Mrs. Ananya learned how to spot hidden efficiencies. By
applying EOQ, she perfected her ordering schedule, saving thousands of rupees a year.
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And so, SweetTreats became known not only for its delicious candies, but also for its smart,
cost-efficient operations — all because the owner understood two little terms that many
overlook.
SECTION-C
5. What is P/V Ratio? Give three ways by which P/V Ratio can be improved.
Ans: Scene: “Bakers’ Paradise” – The Little Shop with Big Dreams
It’s early morning in the city of Amritsar. The smell of freshly baked bread floats down the
street as Bakers’ Paradise opens its doors. Inside, owner Arjun is arranging loaves on a
wooden rack when his cousin Meera walks in with a puzzled look.
Meera: “Arjun, you keep talking about this P/V Ratio. I know it has something to do with
profit, but why do you care about it so much?”
Arjun smiles, dusts the flour off his hands, and says:
“Let me tell you a little secret — if you understand P/V Ratio, you understand the pulse of
the business.”
And that’s where our journey begins.
Part One: Understanding P/V Ratio — The Heartbeat of Profitability
Full Name: Profit-Volume Ratio (also called Contribution Margin Ratio).
In simple words, P/V Ratio tells you how much of every rupee of sales is available to cover
fixed costs and then turn into profit.
Where:
• Contribution = Sales – Variable Costs
Arjun’s Bakery Example:
• Selling price of 1 loaf of bread = ₹40
• Variable cost (flour, yeast, packaging, etc.) = ₹24
• Contribution per loaf = ₹16
P/V Ratio = ₹16 ÷ ₹40 × 100 = 40%
This means: for every ₹100 Arjun earns in sales, ₹40 goes towards covering fixed expenses
(like rent, salaries, electricity) and then towards profit once fixed costs are met.
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Why It Matters
1. Higher P/V Ratio = More profit per rupee of sales.
2. It helps decide whether to drop a product, change prices, or focus on certain items.
3. It’s a key tool in break-even analysis and decision-making.
Arjun explains to Meera:
“If my P/V Ratio rises, I can reach my break-even point faster and keep more as profit. If it
falls, I need to sell much more just to survive.”
Part Two: The Story of Improvement — Three Strategic Moves
Meera wants to know how Arjun can improve his P/V Ratio. He explains three practical and
exam-worthy methods, turning them into a story she can remember forever.
1. Increase Selling Price (Without Losing Customers)
One evening, Arjun introduced a new line of premium multigrain bread.
• Selling price per loaf: ₹50
• Variable cost: ₹27
• Contribution: ₹23
P/V Ratio = ₹23 ÷ ₹50 × 100 = 46%
By slightly increasing price where customers value quality, his P/V Ratio improved.
Exam Tip:
• Works best where the product is unique, brand loyalty is high, or quality justifies
higher pricing.
• Must be cautious — too high a price might scare customers away.
2. Reduce Variable Costs (Smarter Sourcing & Efficiency)
Arjun negotiated with a local flour mill for bulk purchases, cutting the cost per kg. Variable
cost per loaf dropped from ₹24 to ₹22, keeping the selling price same at ₹40.
• Contribution: ₹18
• P/V Ratio = ₹18 ÷ ₹40 × 100 = 45%
Exam Tip:
• Focus on wastage control, better supplier terms, efficient production.
• Even small cost cuts can make a big difference over thousands of units.
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3. Change Sales Mix in Favour of High P/V Ratio Products
Bakers’ Paradise sold both simple buns (P/V Ratio = 30%) and almond croissants (P/V Ratio =
55%). By promoting croissants in festivals and offering combo packs, sales of high-margin
items increased — pulling up the overall P/V Ratio for the bakery.
Exam Tip:
• Identify which products/services contribute more per rupee of sales.
• Increase focus, marketing, and sales effort on them.
Part Three: Why Examiners Love This Topic
The P/V Ratio isn’t just a formula. It’s the key to:
• Finding the break-even point
• Analysing the impact of sales changes on profit
• Making “make or buy” decisions
• Evaluating product profitability
In an exam, when you define it clearly, give the formula, show an example, and explain ways
to improve it, you’re ticking all the boxes for full marks — while making it feel alive through
examples.
Exam-Polished Definition:
Profit-Volume Ratio: The ratio of contribution to sales, expressed as a percentage. It
indicates the rate at which profit changes with a change in sales volume.
Epilogue — Back to the Bakery
Weeks later, with these strategies in place:
• Arjun had a higher average selling price on key items
• Lower variable costs thanks to better sourcing
• A product range tilted toward premium, high-margin items
As customers enjoyed their bread and croissants, the bakery’s profits rose without having to
dramatically increase sales.
Arjun smiled and said to Meera, “The P/V Ratio is like knowing how many steps you need to
reach your goal. Make each step stronger, and you get there faster.”
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6. Define the following:
(a) BEP
(b) Margin of Safety.
Ans: A Fresh Beginning:
Imagine you are opening a small bakery shop in your town. You love baking cakes and
pastries, and finally, you decide to turn your passion into a business. But before you put all
your energy (and money) into this shop, you must answer two very important questions:
1. At what point will my bakery stop making losses and start earning profit?
2. Once I am earning profit, how much can my sales fall before I start making losses
again?
These two questions are exactly what the concepts of Break-Even Point (BEP) and Margin of
Safety (MOS) help you answer. Now let’s meet them one by one.
(a) Break-Even Point (BEP):
Think of the Break-Even Point as the magic crossing line in business. On one side of the line,
you are in the “loss zone,” and once you cross it, you enter the “profit zone.”
In simple words, BEP is the level of sales (in units or in money) at which the total cost of
the business becomes equal to the total revenue. At this point, there is no profit and no
loss – you are simply breaking even.
Let’s go back to your bakery story.
• Suppose, you rent a shop for ₹20,000 per month. This is your fixed cost – it will stay
the same whether you sell 1 pastry or 1000 pastries.
• Then, you calculate that every pastry you bake costs ₹20 in materials, electricity, and
other variable expenses. This is your variable cost per unit.
• You plan to sell each pastry for ₹50. This is your selling price per unit.
Now, let’s think:
• Every pastry you sell brings in ₹50, but it costs you ₹20 to make it. So, your
contribution per unit = Selling Price – Variable Cost = ₹50 – ₹20 = ₹30.
• This contribution (₹30) is the part of revenue that goes toward covering the fixed
costs (₹20,000) first, and only after that will it start turning into profit.
So, how many pastries must you sell to cover your fixed costs of ₹20,000?
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That means, after selling 667 pastries, you will have covered your costs completely. Up to
666 pastries, you are in loss. From 667 onward, you are at break-even, and from the 668th
pastry, you start making real profit.
In short, Break-Even Point is like the survival threshold of a business. Cross it, and you
breathe easy; stay below it, and you are struggling to survive.
(b) Margin of Safety (MOS):
Now, let’s say your bakery is doing well. You are selling 1000 pastries per month. Great! But
then another question arises:
“What if sales suddenly fall? How much can my sales drop before I start making a loss
again?”
This safety cushion is called the Margin of Safety (MOS).
In simple terms, Margin of Safety is the difference between actual sales and break-even
sales. It tells you how much your sales can reduce before you hit the break-even point
again.
Using the bakery example:
• Your actual sales = 1000 pastries.
• Your BEP sales = 667 pastries.
• So, MOS (units) = Actual Sales – BEP Sales = 1000 – 667 = 333 pastries.
This means, even if your sales fall by 333 pastries, you will still not make a loss. Your “safe
zone” is 333 pastries.
We can also express it as a percentage:
So, your bakery has a 33.3% margin of safety. That’s pretty comfortable, isn’t it?
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Making It Relatable:
Think of BEP as the point when you are running a marathon and finally reach the minimum
target line to get a medal. Before that line, you are running but not yet rewarded. Crossing
that line means you are in the winners’ zone.
The MOS, on the other hand, is like the extra energy you have after crossing the finish line.
It tells you how far you can keep running (or slow down) without losing your medal.
Why Are BEP and MOS Important?
These two concepts are not just textbook definitions. They are the heartbeat of decision-
making in any business:
1. BEP helps in survival planning. It tells you the exact sales you must achieve to avoid
losses.
2. MOS helps in risk planning. It shows how much cushion you have if sales fall
unexpectedly.
3. Together, they guide pricing decisions, cost control, and even investment planning.
For example:
• If your BEP is too high, it means your fixed costs are heavy or your selling price is too
low.
• If your MOS is very small, it means your business is risky – even a small fall in sales
can push you into losses.
Wrapping It Up Like a Story:
So, in our bakery journey:
• The Break-Even Point told you that you must sell 667 pastries to survive without
losses.
• The Margin of Safety told you that, since you are actually selling 1000 pastries, you
have a cushion of 333 pastries before you fall back into the danger zone.
If we generalize, we can say:
• BEP is like the line between loss and no-loss.
• MOS is the cushion that keeps you safe once you cross that line.
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SECTION-D
7. What is budgetary control? State the main objectives of budgetary control. What are
the main steps in budgetary control?
Ans: A Fresh Beginning
Imagine you are the captain of a big ship sailing in the ocean. Your ship is loaded with
goods, crew members, and passengers. The ocean is unpredictable – sometimes calm,
sometimes stormy. Now tell me, can you sail the ship safely to its destination without a
map, compass, and proper planning? Probably not.
In the same way, a business is also like a ship. The ocean is the market, the goods are
resources, and the destination is profit. To guide this ship safely, businesses use a powerful
tool called Budgetary Control.
Let’s unfold this story slowly.
What is Budgetary Control?
First, let’s break the term:
• Budget = A financial plan (like a roadmap of income and expenses).
• Control = Making sure things happen according to the plan.
So, Budgetary Control is a system of planning and controlling all business activities with
the help of budgets.
In simple words, it is like making a roadmap (budget), following it during the journey
(execution), and checking from time to time whether you are moving in the right direction
or not (control). If there is a mistake, corrections are made immediately.
Think again about the ship example:
• Your map = Budget.
• Your steering and compass check = Control.
• Your destination = Achievement of business goals (profit, growth, efficiency).
So, Budgetary Control ensures that a business is not sailing blindly in the market.
Objectives of Budgetary Control
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Now let’s see why businesses use budgetary control. Let’s make it lively with an example of
a cricket team.
Imagine you are the coach of the Indian cricket team. You prepare a plan before the World
Cup: who will bat first, who will bowl in the powerplay, how much target is safe, etc. That
plan is like a budget. But what are your objectives? Winning the match, of course.
In the same way, the objectives of budgetary control are:
1. Planning of Activities
o Just like a coach plans overs in advance, businesses plan all activities
(production, sales, purchases) in advance.
o It reduces confusion during execution.
2. Coordination Between Departments
o In a company, production, sales, and finance departments must work
together.
o Budgetary control ensures everyone works with the same target in mind. For
example, if the sales team plans to sell 10,000 units, the production team
must produce the same, not more or less.
3. Efficient Use of Resources
o Money, materials, and manpower are limited. Budgetary control ensures
they are not wasted.
o For example, a bakery shouldn’t buy 1000 kg of flour if demand is only for
100 cakes.
4. Cost Control
o The budget sets limits on how much can be spent.
o If the marketing budget is ₹1 lakh, the team cannot spend ₹2 lakh. This
prevents overspending.
5. Performance Measurement
o At the end of a period, actual results are compared with the budget.
o If actual sales are below budgeted sales, reasons are identified and corrective
actions are taken.
6. Motivation for Employees
o Budgets give employees clear targets. Achieving them gives satisfaction and
sometimes rewards.
o Just like cricketers feel motivated when they know they have to chase 250
runs, not just “some runs.”
7. Early Detection of Problems
o If actual performance deviates too much from the budget, managers can
detect problems early.
o For example, if production cost suddenly rises beyond the budget, it signals
wastage or inefficiency.
8. Profit Maximization
o The final objective is to increase efficiency, minimize waste, and maximize
profit.
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So, the objectives can be summed up: to plan, coordinate, control, motivate, and maximize
profit.
Steps in Budgetary Control
Now comes the practical part – how exactly is budgetary control carried out in a business?
It’s not just making one budget and forgetting about it. It is a continuous cycle of planning,
doing, checking, and correcting.
Let’s imagine we are running a school annual function. To organize it successfully, you’ll
follow these steps – which are exactly like the steps in budgetary control.
1. Setting Objectives
First, you decide what you want to achieve.
• In the school function, the objective is: “Organize a successful annual day with a
budget of ₹2 lakh.”
• In a business, the objective might be: “Achieve sales of ₹50 lakh with minimum cost.”
2. Preparing Budgets
Now you prepare detailed budgets for each department.
• For the function: stage decoration budget, food budget, sound system budget.
• In a business: sales budget, production budget, cash budget, purchase budget.
Each department knows its financial limits clearly.
3. Approval of Budgets
The prepared budgets are then approved by the management or higher authority.
• In the school, the Principal approves it.
• In business, the Board of Directors or Budget Committee approves it.
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4. Communication of Budgets
A budget is useless if it is locked in a drawer. It must be shared with all departments.
• In the school, the food in-charge, stage in-charge, and decoration in-charge must
know their budget.
• In business, sales managers, production supervisors, and finance officers must know
their targets.
5. Execution of Plans
Now the actual work begins.
• In school, teams start working on decoration, food, and stage within the given
budget.
• In business, departments start operations as per their budget.
6. Monitoring and Comparing Actual Results
This is where control comes in.
• In the school, the committee checks whether expenses are exceeding the budget.
• In a business, actual performance (sales, production, costs) is compared with
budgeted performance.
7. Analyzing Variances
If there is any difference between budgeted and actual performance, reasons are studied.
• Example: The school function food budget was ₹50,000, but actual expense was
₹60,000. Why? Was it due to price rise or poor control?
• Businesses also ask: Why was sales less? Why did cost increase?
8. Corrective Actions
Finally, corrective measures are taken.
• In the school, if food costs rise, they may cut decoration costs to balance it.
• In business, if production costs rise, management may introduce cost-cutting
techniques.
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9. Continuous Process
Budgetary control is not one-time. It is a continuous process. After the annual function, the
school will prepare again for the next year with improved planning. Similarly, businesses
repeat this cycle every month, quarter, or year.
Wrapping the Story
So, if we connect it back:
• Budgetary Control is like the captain’s map and compass for a business ship.
• Its objectives are to plan activities, coordinate departments, control costs, measure
performance, motivate employees, and maximize profit.
• The steps include setting objectives, preparing budgets, approving them,
communicating, executing, monitoring, analyzing variances, and taking corrective
actions.
8. The standard material required to manufacture one unit of product X is 10 kgs and the
standard price per kg of material is Rs. 25. The cost accounts records, however reveal that
11500 kgs of material costing Rs. 2,76,000 were used for manufacturing 1,000 units of
product X. Calculate Material Variances.
Ans: A Fresh Start:
Imagine you are the proud manager of a toy factory. Your factory makes a special toy called
Product X. Every day, you oversee workers, machines, and materials. But being a manager
isn’t only about making toys – it’s about keeping a sharp eye on costs too.
Your boss trusts you because you can answer tough questions like:
• “Did we spend more on materials than expected?”
• “Did our workers waste raw materials?”
• “Or did we buy raw materials at a higher or lower rate than planned?”
To answer these, you don’t just guess. You use something very powerful: Standard Costing
and Variance Analysis.
Today, you are given a real problem to solve: the case of Material Variances. Let’s unfold
this step by step like a story.
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Step 1: Understanding the Standards
Standards are like “benchmarks” or “targets” set in advance. In your toy factory, the rule
book says:
• To produce 1 unit of Product X, you should normally need 10 kg of material.
• The standard price of material is set at Rs. 25 per kg.
This means, ideally, for every product you make:
So, according to the plan, for 1,000 units, your material cost should have been Rs. 2,50,000.
Step 2: Looking at the Actuals
But the story doesn’t end with plans. Reality often tells a different tale. When you open your
cost records, you find:
• Actual quantity of material used (AQ) = 11,500 kg
• Actual cost of material (AC) = Rs. 2,76,000
From this, you can also calculate the Actual Price per kg (AP):
Step 3: The Three Types of Material Variances
To analyze the situation, accountants break down Material Variance into three parts:
1. Material Cost Variance (MCV) – Overall difference between what we expected to
spend and what we actually spent.
2. Material Price Variance (MPV) – Difference due to paying a higher or lower price per
kg than expected.
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3. Material Usage (or Quantity) Variance (MUV) – Difference due to using more or less
material than expected.
Let’s meet each of these “characters” one by one.
(i) Material Cost Variance (MCV)
MCV answers the big question: “Did we spend more or less overall compared to what we
should have?”
Formula:
Putting values:
This is Rs. 26,000 Adverse (A) because we spent more than expected.
Think of it like your monthly budget: you planned to spend ₹25,000, but your expenses
turned out to be ₹27,600. You overspent by ₹2,600 – that’s an adverse variance.
(ii) Material Price Variance (MPV)
MPV looks only at the price per kg: “Did we buy material at a cheaper or costlier rate than
planned?”
Formula:
where,
• SP = Standard Price = ₹25
• AP = Actual Price = ₹24
• AQ = 11,500 kg
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This is Favorable (F) because we bought material at a cheaper rate than expected. Good job!
You saved money here.
Imagine going to the market with a plan to buy mangoes at ₹25/kg, but you find them at
₹24/kg instead. You smile because you spent less. That’s exactly what happened here.
(iii) Material Usage Variance (MUV)
Now comes the question: “Did we use more or less material than we should have?”
Formula:
• SQ = 10,000 kg
• AQ = 11,500 kg
• SP = ₹25
This is Rs. 37,500 Adverse (A) because we used 1,500 kg extra compared to the standard
requirement.
Think of it like cooking: you planned to use 2 spoons of sugar in tea, but you ended up using
3. That extra spoon is “usage variance.”
Step 4: Checking the Relationship
Here’s a beautiful thing:
Let’s check:
Step 5: Interpreting the Results (Like a Story Ending)
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Let’s step back and look at the bigger picture of your toy factory:
1. Material Cost Variance = Rs. 26,000 Adverse
→ Overall, you spent more than expected. Not a happy outcome for the business.
2. Material Price Variance = Rs. 11,500 Favorable
→ You were smart in buying materials at a cheaper rate. That’s good purchasing skill.
3. Material Usage Variance = Rs. 37,500 Adverse
→ However, workers wasted too much raw material. Maybe they were careless, or
maybe the machines were faulty. This wastage overshadowed your savings on price.
So, the final story is this: Even though you bought raw materials wisely at a cheaper rate, the
extra usage of materials wiped out your savings and left the company worse off by Rs.
26,000.
Why This Matters in Real Life
Material variances are not just numbers – they tell a story about business efficiency. For a
manager like you:
• Price Variance reflects your purchasing department’s efficiency.
• Usage Variance reflects your production department’s efficiency.
• Cost Variance reflects the overall picture.
By analyzing these, you can take real action:
• Praise the purchase department for saving money.
• Investigate the production floor to find out why 1,500 kg extra was used. Maybe
workers need training, maybe better supervision, or maybe suppliers delivered low-
quality material.
Final Simple Definitions (Exam-Ready):
• Material Cost Variance (MCV): Difference between standard cost of material and
actual cost. (Here: Rs. 26,000 Adverse)
• Material Price Variance (MPV): Difference due to change in price of material. (Here:
Rs. 11,500 Favorable)
• Material Usage Variance (MUV): Difference due to change in quantity of material
used. (Here: Rs. 37,500 Adverse)
“This paper has been carefully prepared for educational purposes. If you notice any mistakes or
have suggestions, feel free to share your feedback.”
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