The following method of computing a is due to Archimedes: 1. Let A = 1 and N = 6 2. Repeat 10 times, say: Replace N by 2 Replace A by [2– V(4 - A?)]/2 Let L = NA/2 Let U = L//1- A² /2 Let P = (U+ LD/2...

The following method of computing a is due to Archimedes:<br>1. Let A = 1 and N = 6<br>2. Repeat 10 times, say:<br>Replace N by 2<br>Replace A by [2– V(4 - A?)]/2<br>Let L = NA/2<br>Let U = L//1- A² /2<br>Let P = (U+ LD/2 (estimate of n)<br>Let E = (U – L)/2 (estimate of error)<br>Print N, P, E<br>3. Stop.<br>Write a program to implement the algorithm.<br>

Extracted text: The following method of computing a is due to Archimedes: 1. Let A = 1 and N = 6 2. Repeat 10 times, say: Replace N by 2 Replace A by [2– V(4 - A?)]/2 Let L = NA/2 Let U = L//1- A² /2 Let P = (U+ LD/2 (estimate of n) Let E = (U – L)/2 (estimate of error) Print N, P, E 3. Stop. Write a program to implement the algorithm.

Jun 09, 2022

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The following method of computing a is due to Archimedes: 1. Let A = 1 and N = 6 2. Repeat 10 times, say: Replace N by 2 Replace A by [2– V(4 - A?)]/2 Let L = NA/2 Let U = L//1- A² /2 Let P = (U+ LD/2...

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