Consider a wedding cake of infinite height, each layer of which is a right circular cylinder of height 1. The bottom layer of the cake has a radius of 1, the second layer has a radius of 1/2, the third layer has a radius of 1/3, and the nth layer has a radius of 1/n. a. Write the volume of the cake as an infinite sum in expanded form and in sigma notation. b. Determine whether the volume converges or diverges by using the proper test c. Do some research to find the exact volume of the cake
Consider a wedding cake of infinite height, each layer of which is a right circular cylinder of height 1. The bottom layer of the cake has a radius of 1, the second layer has a radius of 1/2, the third layer has a radius of 1/3, and the nth layer has a radius of 1/n. a. Write the volume of the cake as an infinite sum in expanded form and in sigma notation. b. Determine whether the volume converges or diverges by using the proper test c. Do some research to find the exact volume of the cake
Consider a wedding cake of infinite height, each layer of which is a right circular cylinder of height 1. The bottom layer of the cake has a radius of 1, the second layer has a radius of 1/2, the third layer has a radius of 1/3, and the nth layer has a radius of 1/n.
a. Write the volume of the cake as an infinite sum in expanded form and in sigma notation.
b. Determine whether the volume converges or diverges by using the proper test
c. Do some research to find the exact volume of the cake
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