Question

talcum powder is available in two pack a tin can with square base of side 6 cm and height 10 cm and attend can of circular base of radius 3.5 cm and height 12cm which of them has greater volume and by how much​

Answer 1

The capacity of square base tin is greater by 587 cm³.

Step-by-step explanation:

Consider the provided information.

One packs, a tin can  with a square base of each side 9 cm and height  12 cm.

First calculate the volume of the can with a square base.

We can calculate the volume using the formula: $V=lbh$

Substitute l=9, b=9 and h=12 in above formula.

$V=9\times9\times12$

$V=972$

Hence, the capacity of square base tin is 972 cm³.

Now calculate the volume of circular base can.

Use the formula: $V=\pi r^2h$

Substitute r=3.5 and h=10 in above formula.

$V=\frac{22}{7}\times 3.5^2\times10$

$V=22\times 1.75\times10$

$V=385$

Hence, the capacity of Circular base tin is 385 cm³.

972 cm³ - 385 cm³ = 587 cm³

Thus, the capacity of square base tin is greater by 587 cm³.

#Learn more

A toy is in the form of a cone of radius r cm mounted on a hemisphere of the same radius the total height of the toy is (r+h)cm then the volume of toy is ?

brainly.in/question/14120192

Answer 2

The capacity of square base tin is greater by 587 cm³.

Step-by-step explanation:

Consider the provided information.

One packs, a tin can with a square base of each side 9 cm and height 12 cm.

First calculate the volume of the can with a square base.

We can calculate the volume using the formula: V=lbhV=lbhV=lbh

Substitute l=9, b=9 and h=12 in above formula.

V=9×9×12V=9\times9\times12V=9×9×12

V=972V=972V=972

Hence, the capacity of square base tin is 972 cm³.

Now calculate the volume of circular base can.

Use the formula: V=πr2hV=\pi r^2hV=πr h

Substitute r=3.5 and h=10 in above formula.

V=227×3.52×10V=\frac{22}{7}\times 3.5^2\times10V=

7

22

×3.5

2

×10

V=22×1.75×10V=22\times 1.75\times10V=22×1.75×10

V=385V=385V=385

Hence, the capacity of Circular base tin is 385 cm³.

972 cm³ - 385 cm³ = 587 cm³

Thus, the capacity of square base tin is greater by 587 cm³.