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Please help me with this code in python. I need help answering questions from 'a to g' in the second screenshot attached. Please include screenshots for better understanding. In the image attached, for places where it asks 'name' and other personal information - please use special characters or symbols or fake names and such. Thank you!

Please help me with this code in python. I need help answering questions from 'a to g' in the second screenshot attached. Please include screenshots for better understanding. In the image attached, for places where it asks 'name' and other personal information - please use special characters or symbols or fake names and such. Thank you!

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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Please help me with this code in python. I need help answering questions from 'a to g' in the second screenshot attached. Please include screenshots for better understanding. In the image attached, for places where it asks 'name' and other personal information - please use special characters or symbols or fake names and such. Thank you!

b) You do not have to perform the entire computation in one line; you can use multiple lines to perform the computation if you want. c) It is OK to introduce variables to hold values that are not a "final" value. For example, if you were computing the area of a circle, you might store the radius in one variable, then the radius squared in another variable, and then later multiply that by pi to compute the area. Program 1 Requirements: This program should produce several lines of output as described in parts a) through g) below. Repeat the steps from LabAssignment1b, but use variables and assignment statements to add functionality to the code. For each of the equations in parts c) through g), provide comments in the code to document the name of the equation and the name of input variables and the corresponding units. Also, print the results to the screen formatted similarly to the example above including numerical results, units, and formatting. a) Your name, UIN, and section number of ENGR 102 that you are enrolled in b) A sentence giving some interesting fact about yourself c) Use Ohm's Law to calculate the voltage across a conductor with resistance 20 ohms and a current of 5 A where A represents amperes. d) The Kinetic Energy in joules (J) of an object with mass 100 kg and velocity 21 m/s e) The Reynolds Number (Re) for a fluid with velocity 100 m/s and kinematic viscosity 1.2 (m^2)/s, with characteristic linear dimension 2.5 m. f) Use Arps Equation to calculate the production of a well after 20 days, if it had an initial production rate of 100 barrels/day, an initial decline rate of 2 barrels/day, and a hyperbolic constant of 0.8. g) Use the Mohr-Coulomb Failure Criterion to calculate the shear stress when a normal stress of 20 Ibf/in^2 is applied to a material with cohesion 2 Ibf/in^2 and angle of internal friction 35 degrees.
Transcribed Image Text:b) You do not have to perform the entire computation in one line; you can use multiple lines to perform the computation if you want. c) It is OK to introduce variables to hold values that are not a "final" value. For example, if you were computing the area of a circle, you might store the radius in one variable, then the radius squared in another variable, and then later multiply that by pi to compute the area. Program 1 Requirements: This program should produce several lines of output as described in parts a) through g) below. Repeat the steps from LabAssignment1b, but use variables and assignment statements to add functionality to the code. For each of the equations in parts c) through g), provide comments in the code to document the name of the equation and the name of input variables and the corresponding units. Also, print the results to the screen formatted similarly to the example above including numerical results, units, and formatting. a) Your name, UIN, and section number of ENGR 102 that you are enrolled in b) A sentence giving some interesting fact about yourself c) Use Ohm's Law to calculate the voltage across a conductor with resistance 20 ohms and a current of 5 A where A represents amperes. d) The Kinetic Energy in joules (J) of an object with mass 100 kg and velocity 21 m/s e) The Reynolds Number (Re) for a fluid with velocity 100 m/s and kinematic viscosity 1.2 (m^2)/s, with characteristic linear dimension 2.5 m. f) Use Arps Equation to calculate the production of a well after 20 days, if it had an initial production rate of 100 barrels/day, an initial decline rate of 2 barrels/day, and a hyperbolic constant of 0.8. g) Use the Mohr-Coulomb Failure Criterion to calculate the shear stress when a normal stress of 20 Ibf/in^2 is applied to a material with cohesion 2 Ibf/in^2 and angle of internal friction 35 degrees.
Begin with Program 1 from Activity 4 of last week's LabAssignment1b. You are to convert that program to a new program that produces identical output. However, for all of the calculations, you are to instead create variables for all values that are either constants or are values that might vary in the calculation. Recall the following example from LabAssignment1b: # calculate/print area of rectangle of length 5 in. and height 3 in. print ("Area of rectangle is",5 * 3, "in^2") # area of rectangle in in^2 print () New code: New output: Area of rectangle is 15 in^2 Now, we know about variables and assignments statements, so let's modify the code as follows: # calculate/print area of rectangle of length 5 in. and height 3 in. length = 5 # inches height area = length * height # in^2 print ("Area of rectangle is", area, "in^2") print () Newer code: %3D = 3 # inches # area of rectangle in in^2 Newer output: Area of rectangle is 15 in^2
Transcribed Image Text:Begin with Program 1 from Activity 4 of last week's LabAssignment1b. You are to convert that program to a new program that produces identical output. However, for all of the calculations, you are to instead create variables for all values that are either constants or are values that might vary in the calculation. Recall the following example from LabAssignment1b: # calculate/print area of rectangle of length 5 in. and height 3 in. print ("Area of rectangle is",5 * 3, "in^2") # area of rectangle in in^2 print () New code: New output: Area of rectangle is 15 in^2 Now, we know about variables and assignments statements, so let's modify the code as follows: # calculate/print area of rectangle of length 5 in. and height 3 in. length = 5 # inches height area = length * height # in^2 print ("Area of rectangle is", area, "in^2") print () Newer code: %3D = 3 # inches # area of rectangle in in^2 Newer output: Area of rectangle is 15 in^2
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