Store | Respective ratio of number of linen kurtis to cotton kurtis sold |
A | 7:5 |
B | 5:6 |
C | 3:2 |
D | 5:3 |
E | 4:3 |
F | 7:3 |
We are asked to find the respective ratio between the total number of kurtis (linen and cotton) sold by store C and the number of linen kurtis sold by store F.
From the pie chart, we know that store C represents 8% of the total kurtis sold. The total number of kurtis sold is 84,000. Therefore, the total number of kurtis sold by store C is:
Total kurtis sold by store C = \( 84,000 \times \frac{8}{100} = 6,720 \)
From the pie chart, store F represents 14% of the total kurtis sold. We are asked to find the number of linen kurtis sold by store F. According to the table, the ratio of linen to cotton kurtis sold by store F is 7 : 3, meaning for every 10 kurtis, 7 are linen and 3 are cotton.
Total kurtis sold by store F = \( 84,000 \times \frac{14}{100} = 11,760 \)
Now, using the ratio of 7 : 3, we can calculate the number of linen kurtis sold by store F:
Linen kurtis sold by store F = \( \frac{7}{10} \times 11,760 = 8,232 \)
We are asked to find the ratio of the total kurtis sold by store C to the linen kurtis sold by store F. This is given by:
Required ratio = \( \frac{\text{Total kurtis sold by store C}}{\text{Linen kurtis sold by store F}} = \frac{6,720}{8,232} \)
Simplifying this ratio:
\( \frac{6,720}{8,232} = \frac{40}{49} \)
Store | Respective ratio of number of linen kurtis to cotton kurtis sold |
A | 7:5 |
B | 5:6 |
C | 3:2 |
D | 5:3 |
E | 4:3 |
F | 7:3 |
Store | Respective ratio of number of linen kurtis to cotton kurtis sold |
A | 7:5 |
B | 5:6 |
C | 3:2 |
D | 5:3 |
E | 4:3 |
F | 7:3 |