Calculate the slant height L of the frustum, given its height h=7.2 m, larger radius R=12 m, and smaller radius r=6 m.

Here's the continuation of the previous problem and the solution to the next question from your image: Step 1: Calculate the slant height L of the frustum. The formula for the slant height is L = √(h² + (R−r)²). L = √((7.2)² + (12−6)²); L = √(51.84 + 6²); L = √(51.84 + 36); L = √(87.84) L ≈ 9.3723 m Step 2: Calculate the curved surface area (S.A)

Calculate the slant height L of the frustum, given its height h=7.2 m, larger radius R=12 m, and smaller radius r=6 m.

Here's the continuation of the previous problem and the solution to the next question from your image: Step 1: Calculate the slant height L of the frustum. The formula for the slant height is L = √(h² + (R−r)²). L = √((7.2)² + (12−6)²); L = √(51.84 + 6²); L = √(51.84 + 36); L = √(87.84) L ≈ 9.3723 m Step 2: Calculate the curved surface area (S.A)

Solved: Calculate the slant height L of the frustum, given…

Here's the continuation of the previous problem and the solution to the next question from your image:

Calculate the slant height $L$ of the frustum.
The formula for the slant height is $L = \sqrt{h^2 + (R-r)^2}$ .
$L = \sqrt{(7.2)^2 + (12-6)^2}$ $L = \sqrt{51.84 + 6^2}$ $L = \sqrt{51.84 + 36}$ $L = \sqrt{87.84}$ $L \approx 9.3723 \, \text{m}$
Calculate the curved surface area (S.A)

Calculate the slant height L of the frustum, given its height h=7.2 m, larger radius R=12 m, and smaller radius r=6 m.

Step-by-step solution

Calculate the slant height $L$ of the frustum.

Calculate the curved surface area (S.A)

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Calculate the slant height L of the frustum, given its height h=7.2 m, larger radius R=12 m, and smaller radius r=6 m.

Step-by-step solution

Calculate the slant height LLL of the frustum.

Calculate the curved surface area (S.A)

Still stuck on this one?

More Mathematics Questions

Calculate the slant height $L$ of the frustum.