This question involves calculating the number of units a business needs to sell to achieve a specific profit target. We are given the sale price per unit, the variable cost per unit, and the total fixed costs.
First, we need to determine the Contribution Margin per Unit. This is the amount each unit sold contributes towards covering fixed costs and generating profit. It is calculated as:
$Contribution Margin per Unit = Sale Price per Unit - Variable Cost per Unit$
Using the given values:
$CM = SP - VC$
$CM = \text{Rs. } 50 - \text{Rs. } 30$
$CM = \text{Rs. } 20 \text{ per unit}$
The basic formula for profit is:
$Profit = (Contribution Margin per Unit \times \text{Number of Units Sold}) - Fixed Costs$
In mathematical terms:
$P = (CM \times Q) - FC$
Where:
We need to find $Q$. Let's rearrange the formula to solve for $Q$:
$P + FC = CM \times Q$
$Q = \frac{P + FC}{CM}$
Now, substitute the given values into the rearranged formula:
$Q = \frac{\text{Rs. } 5000 + \text{Rs. } 20000}{\text{Rs. } 20}$
$Q = \frac{\text{Rs. } 25000}{\text{Rs. } 20}$
$Q = 1250 \text{ units}$
Therefore, 1250 units of the product must be sold to achieve a profit of Rs. 5000.
Two bikes were sold for a total of ₹ $1,50,000$. One bike was sold at $33\frac{1}{3}\%$ loss and the other at $20\%$ profit. The cost price of the first bike is equal to the selling price of the other bike. Find the over all loss.
What will be the profit percentage on selling an article at a certain price if there is $30\%$ loss on selling the article at $\frac{3}{5}$ of the selling price?