Math Expression with Variables (with log, exp and trig functions) My Solutions > Code has already been provided to create the four variables a, b, C, and d. Add commands to evaluate the following expressions using these variables and assign the results to the indicated variable names: A = a· cos (bc + d) Assign the result for A, to the variable Answer 1. Note that the values of b, c, and d defined in the given code are all in radians. Az = d · In 4-b Assign the result for A, to the variable Answer2. Note the absolute value of the argument to the logarithm. A, = a • d (cos (+ d) + sin ( + d)) Assign the result for A, to the variable Answer3. Note that e in this expression is the exponential function. Script e H Save C Reset DI MATLAB Documentation 1 %Define variables a, b, c, and d 2 a = 2.2; 3 b = 5.1; 4 C = -3.1%3; 5 d = 1.83; 7 %Enter commands to evaluate the expressions and assign the results 8 %to the variable names given in the problem statement. Note the values of the variables 9 %a, b, c, and d are defined in lines 2-5. Be sure not to overwrite these values with your 10 %own code.
Math Expression with Variables (with log, exp and trig functions) My Solutions > Code has already been provided to create the four variables a, b, C, and d. Add commands to evaluate the following expressions using these variables and assign the results to the indicated variable names: A = a· cos (bc + d) Assign the result for A, to the variable Answer 1. Note that the values of b, c, and d defined in the given code are all in radians. Az = d · In 4-b Assign the result for A, to the variable Answer2. Note the absolute value of the argument to the logarithm. A, = a • d (cos (+ d) + sin ( + d)) Assign the result for A, to the variable Answer3. Note that e in this expression is the exponential function. Script e H Save C Reset DI MATLAB Documentation 1 %Define variables a, b, c, and d 2 a = 2.2; 3 b = 5.1; 4 C = -3.1%3; 5 d = 1.83; 7 %Enter commands to evaluate the expressions and assign the results 8 %to the variable names given in the problem statement. Note the values of the variables 9 %a, b, c, and d are defined in lines 2-5. Be sure not to overwrite these values with your 10 %own code.
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Transcribed Image Text:Math Expression with Variables (with log, exp and trig functions) My Solutions >
Code has already been provided to create the four variables a, b, c, and d. Add commands to evaluate the following expressions using these
variables and assign the results to the indicated variable names:
A = a· cos(bc + d)
Assign the result for A, to the variable Answer1. Note that the values of b, c, and d defined in the given code are all in radians.
Az = d · In | 4 – b
Assign the result for A, to the variable Answer 2. Note the absolute value of the argument to the logarithm.
A3 = a · e" (cos ( + d) + sin ( + d) )
Assign the result for A, to the variable Answer3. Note that e in this expression is the exponential function.
Script e
H Save
C Reset
I MATLAB Documentation
1 %Define variables a, b, c, and d
2 a = 2.2:
3 b = 5.1;
4 C = -3.1;
5 d = 1.8;
7 %Enter commands to evaluate the expressions and assign the results
8 %to the variable names given in the problem statement. Note the values of the variables
9 %a, b, c, and d are defined in lines 2-5.
10 %own code.
Be sure not to overwrite these values with your
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15
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19
> Run Script
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