1. The lateral surface area, S, of a cone is given by: Tr√√r² + h² S = Tr where r is the radius of the base and h is the height. Determine the radius of a cone that has a surface area of 1800 m² and a height of 25 m. Solve by using the fixed-point iteration method with r = (π√√₂² +h²) function. Start with r = 17 m and calculate the first four iterations. S as the iteration

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This subject is on Numerical Methods and Analysis. Write your complete solution to the given problem below.

1. The lateral surface area, S, of a cone is given by:
Tr√√r² + h²
S = Tr
where r is the radius of the base and h is the height. Determine the radius of
a cone that has a surface area of 1800 m² and a height of 25 m. Solve by using
the fixed-point iteration method with r =
(π√√₂² +h²)
function. Start with r = 17 m and calculate the first four iterations.
S
as the iteration
Transcribed Image Text:1. The lateral surface area, S, of a cone is given by: Tr√√r² + h² S = Tr where r is the radius of the base and h is the height. Determine the radius of a cone that has a surface area of 1800 m² and a height of 25 m. Solve by using the fixed-point iteration method with r = (π√√₂² +h²) function. Start with r = 17 m and calculate the first four iterations. S as the iteration
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