The approximate area of the triangular base of James’ tank is 3025 in²
To find the approximate area of the triangular base of James' tank, we need to know what scale is.
<h3>What is scale?</h3>
A scale is the ratio of two dimension. It is given by scale = New dimension/old dimension
Given that the dimensions of James’ tank are each exactly 2 3/4 times the dimensions of Julian’s tank.
The scale of the area of James' tank to the area of triangular base of Julian's tank is S = (2³/₄)²
= (11/4)²
= 121/16
Let
- A = area of triangular base of James' tank,
- A' = area of triangular base of Julian's tank = 400 in²
So, scale, S = A/A'
<h3>
The approximate area of the triangular base of James’ tank</h3>
So, making A subject of the formula, we have
A = SA'
A = 121/16 × 400 in²
A = 121 × 25 in²
A = 3025 in²
So, the approximate area of the triangular base of James’ tank is 3025 in²
Learn more about area of triangle here:
brainly.com/question/27436493
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The answer is 14 and 46cm
Based on the calculations, the profit on 96 tins of milk is equal to 384 naira.
<u>Given the following data:</u>
- Quantity of milk = 96 tins
- Cost price = 3360.00 naira
- Selling price = 39.00 naira each.
To calculate the profit on this 96 tins of milk:
<h3>How to calculate profit.</h3>
In this exercise, you're required to determine the amount of profit that was made by Divine for selling 96 tins of milk at 39.00 naira each.
First of all, we would calculate the total sales price or the amount of money he made from selling 96 tins of milk at 39.00 naira each.

Total sales = 3744 naira.
Now, we can calculate the profit by using this formula:

Substituting the parameters into the formula, we have;

Profit = 384 naira.
Read more on cost price here: brainly.com/question/933761
Diagonals bisect each other



Option B