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Use Ohm's Law to calculate the voltage across a conductor with a given resistance in ohms and a given current in amperes. Display the result with one (1) decimal place.

Use Ohm's Law to calculate the voltage across a conductor with a given resistance in ohms and a given current in amperes. Display the result with one (1) decimal place.

Computer Networking: A Top-Down Approach (7th Edition)
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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Please help answer these two questions in Python. (See attached image)

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Activity #1: Writing Programs – individual Please name the programs Lab3b_Act1_a.py, Lab3b_Act1_b.py, and so on. Produce output for the following calculations: a) Use Ohm's Law to calculate the voltage across a conductor with a given resistance in ohms and a given current in amperes. Display the result with one (1) decimal place. b) Calculate the kinetic energy of an object with a given mass in kg and velocity in m/s. Display the result with one (1) decimal place. c) Calculate how much Radon-222 is left given a time in days, an initial amount in g, and a half-life of 3.8 days. Display the result with three (3) decimal places. (See radioactive decay from before) d) Calculate the shear stress for a given normal stress in Ibf/in^2 that is applied to a material with a given cohesion in Ibf/in^2 and angle of internal friction in degrees. Display the result with three (3) decimal places. (See Mohr-Coulomb failure criterion from before) Each program should perform the following tasks: Print what the program does to the screen Prompt the user to enter required data from the keyboard. Include proper units in the prompt as shown in the example output below. Get the inputs from the user and store in appropriately named variables Perform the necessary calculations Output the result to the screen with proper labels and units Example output (using inputs 20 and 5): This program calculates the voltage given resistance and current Please enter the resistance (ohms) : 20 Please enter the current (amperes): 5 Voltage is 100 v As always, please include descriptive comments in your code so that someone may follow your programming logic.
Transcribed Image Text:Activity #1: Writing Programs – individual Please name the programs Lab3b_Act1_a.py, Lab3b_Act1_b.py, and so on. Produce output for the following calculations: a) Use Ohm's Law to calculate the voltage across a conductor with a given resistance in ohms and a given current in amperes. Display the result with one (1) decimal place. b) Calculate the kinetic energy of an object with a given mass in kg and velocity in m/s. Display the result with one (1) decimal place. c) Calculate how much Radon-222 is left given a time in days, an initial amount in g, and a half-life of 3.8 days. Display the result with three (3) decimal places. (See radioactive decay from before) d) Calculate the shear stress for a given normal stress in Ibf/in^2 that is applied to a material with a given cohesion in Ibf/in^2 and angle of internal friction in degrees. Display the result with three (3) decimal places. (See Mohr-Coulomb failure criterion from before) Each program should perform the following tasks: Print what the program does to the screen Prompt the user to enter required data from the keyboard. Include proper units in the prompt as shown in the example output below. Get the inputs from the user and store in appropriately named variables Perform the necessary calculations Output the result to the screen with proper labels and units Example output (using inputs 20 and 5): This program calculates the voltage given resistance and current Please enter the resistance (ohms) : 20 Please enter the current (amperes): 5 Voltage is 100 v As always, please include descriptive comments in your code so that someone may follow your programming logic.
Activity #2: Writing a longer program – individual This program provides practice for writing programs to perform more complex numerical calculations, and specifically to give you practice with vector calculations. Write a program that calculates the angle between two points, as seen by an observer. Your program should read the following data from the keyboard: The 3D position of an observer The 3D position of the first observed point The 3D position of the second observed point The program should calculate and output, in degrees, the angle between the points from the observer's perspective. Point 1 Vector 1 Point 2 Vector 2 Observer
Transcribed Image Text:Activity #2: Writing a longer program – individual This program provides practice for writing programs to perform more complex numerical calculations, and specifically to give you practice with vector calculations. Write a program that calculates the angle between two points, as seen by an observer. Your program should read the following data from the keyboard: The 3D position of an observer The 3D position of the first observed point The 3D position of the second observed point The program should calculate and output, in degrees, the angle between the points from the observer's perspective. Point 1 Vector 1 Point 2 Vector 2 Observer
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