Question 3: Using Python as a calculator We have seen how Python can be used to...

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Question 3: Using Python as a calculator We have seen how Python can be used to evaluate mathematical expressions. This problem provides practice incc constants. Write python code to do the following: Define variables: a For each of the quantities Eo through E7, construct a one-line Python expression that computes the value am computations using the variable names a, b, and c instead of their numerical values). In Python, we will use va Eo through E7. Definitions of the variables E through E7 have been started for you in the template. i. Eo Va +6 +c ii. E = ln(3x - a) iii. E2 = log10 (3|b| + ) iv. E3 = (ax + ab)/3 T+1 (ax-1)|b-e 2 V. E4= = 3, b = -6, c = 4, and x = 2 2 vi. Es = (cos ()) + cos (7) 2 vii. E6 = arccos(cos(x)) a+2c b+2c +6 +6 viii. E7 = sin You should use the NumPy library for the required mathematical functions. You can discover the necessary funct We have used the standard NumPy convention import numpy as np, thus, for example the cos function is Again, your code should be indented under the function definition: def question_3(): de roplaces the prompt Question 3: Using Python as a calculator We have seen how Python can be used to evaluate mathematical expressions. This problem provides practice incc constants. Write python code to do the following: Define variables: a For each of the quantities Eo through E7, construct a one-line Python expression that computes the value am computations using the variable names a, b, and c instead of their numerical values). In Python, we will use va Eo through E7. Definitions of the variables E through E7 have been started for you in the template. i. Eo Va +6 +c ii. E = ln(3x - a) iii. E2 = log10 (3|b| + ) iv. E3 = (ax + ab)/3 T+1 (ax-1)|b-e 2 V. E4= = 3, b = -6, c = 4, and x = 2 2 vi. Es = (cos ()) + cos (7) 2 vii. E6 = arccos(cos(x)) a+2c b+2c +6 +6 viii. E7 = sin You should use the NumPy library for the required mathematical functions. You can discover the necessary funct We have used the standard NumPy convention import numpy as np, thus, for example the cos function is Again, your code should be indented under the function definition: def question_3(): de roplaces the prompt

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