The "divide and average" method, an old-time method for approximating the square root of any positive number a, can be formulate
d as:
x= (x +a/x)/2
Write a well-structured M-file function based on the while...break loop structure to implement this algorithm. Use proper indentation so that the structure is clear. At each step estimate the error in your approximation as:
ε= |x^new- x^old/x^new|
Repeat the loop until ε is less than or equal to a specified value. Design your program so that it returns both the result and the error. Make sure that it can evaluate the square root of numbers that are equal to and less than zero. For the latter case, display the result as an imaginary number. For example, the square root of -4 would return 2i. Test your program by evaluating a = 0,2, 10 and-4 for ε = 10^-4
x= (x +a/x)/2
Write a well-structured M-file function based on the while...break loop structure to implement this algorithm. Use proper indentation so that the structure is clear. At each step estimate the error in your approximation as:
ε= |x^new- x^old/x^new|
Repeat the loop until ε is less than or equal to a specified value. Design your program so that it returns both the result and the error. Make sure that it can evaluate the square root of numbers that are equal to and less than zero. For the latter case, display the result as an imaginary number. For example, the square root of -4 would return 2i. Test your program by evaluating a = 0,2, 10 and-4 for ε = 10^-4
1 answer:
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The number of atoms of lead required is 1.73x10²³.
Explanation:
To find the number of atoms of lead we need to find first the volume of the plate:
<u>Where</u>:
A: is the surface area = 160
t: is the thickness = 0.002
<u><em>Assuming that the units given above are in inches we proceed to calculate the volume: </em></u>
Now, using the density we can find the mass:
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Hence, the number of atoms of lead required is 1.73x10²³.
I hope it helps you!
Answer:
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Explanation:
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See attachment for the step by step solution.
