Answer:
Explanation:
The question asks whether _____ algorithms are rules that, if followed, always yield a solution A. The options are True or False.
To answer this question, we need to understand what is meant by "_____ algorithms." Unfortunately, the question does not provide any specific information about the type of algorithms being referred to. Without this information, it is impossible to determine whether the statement is true or false.
Algorithms are step-by-step procedures or rules that are followed to solve a particular problem or complete a task. They can be found in various fields such as mathematics, computer science, and everyday life. The effectiveness of an algorithm depends on its design and implementation.
In order to provide an accurate answer, it is important to have a clear understanding of the type of algorithms being discussed. Without this information, we cannot determine whether the statement is true or false.
If you have any additional information or specific algorithms in mind, please provide them so that I can assist you further.
False
Answer:
In this assignment, you are given the opportunity to use a collision simulator to explore different scenarios and collect data. The goal is to perform at least two different collisions and analyze them with detail, including some math. Here is a step-by-step guide on how to approach this assignment:
1. Start by exploring the collision simulator. Familiarize yourself with the controls and options available, such as adjusting the elasticity bar, selecting different objects, and tracking kinetic energy.
2. Choose two different collisions to simulate. You can either simulate one of the problems from your homework or come up with your own scenarios. For example, you can have a small object collide with a larger one or vice versa.
3. Conduct the first collision simulation. Set up the initial conditions, such as the masses and velocities of the objects involved. Run the simulation and observe the outcome. Take screenshots or record the data as needed.
4. Analyze the first collision in detail. Describe what happened during the collision. Calculate relevant quantities, such as the final velocities, momentum, and kinetic energy of the objects. Compare these values to the initial conditions to see if any changes occurred. Explain any observations or trends you notice.
5. Repeat steps 3 and 4 for the second collision. Set up a new scenario, simulate the collision, and analyze the results using the same approach as before. Compare and contrast the second collision with the first one. Look for similarities and differences in the data and outcomes.
6. Write a summary that includes both the analysis of the two collisions and the math behind it. Describe the setups, the observed outcomes, and any patterns or trends you identified. Provide calculations and equations to support your analysis. You can include screenshots or visual representations to enhance your explanation.
Remember to be creative and have fun with this assignment. The goal is to explore different collision scenarios, collect data, and analyze them using mathematical concepts. If you have any further questions or need assistance with specific parts of the assignment,
Explanation:
network interface card
network operating system
peripheral
Answer:
Network interface card would be the correct answer. :D
B) She should not respond to the customer because he has communicated inappropriately.
C) She should skip the meeting and call the customer immediately to resolve the problem with him.
D) She should send text messages to the customer during the meeting to placate him, and if he continues to be verbally abusive, it is acceptable for her to respond in the same abusive tone.
I Will Help You Later
Explanation:
Output: Your Goal
You will write a program to store a message in two variables, then print that message.
Part 1: Plan and Write the Pseudocode
Write an algorithm using pseudocode that someone else can follow. Choose one of the following options:
Decide on the message you would like to display to the screen. Some ideas include:
Your favorite book title or TV show and why you like it
A few sentences sharing information about you
Your favorite sport and team or athlete
Use two variables to store your message.
Insert your pseudocode here:
Part 2: Code the Program
Use the following guidelines to code your program.
Use the Python IDLE to write your program.
Using comments, type a heading that includes your name, today’s date, and a short description.
Set up your def main(): statement. (Don’t forget the parentheses and colon.)
Use at least two variables and two print statements to display your message to the screen.
Conclude the program with the main() statement.
Follow the Python style conventions regarding indentation in your program.
Run your program to ensure it is working properly. Fix any errors you may observe.
Example of expected output: The output below is an example of a “Favorite TV Show” message. Your specific results will vary depending on the choices you make about your message.
Output
My favorite TV show is MythBusters.
I like it because I learn a lot and they do crazy experiments.
When you've completed writing your program code, save your work by selecting 'Save' in the Python IDLE. When you submit your assignment, you will attach this Python file separately.
Part 3: Post Mortem Review (PMR)
Write two to three sentence responses to all the questions in the PMR chart.
Review Question
Response
What was the purpose of your program?
How could your program be useful in the real world?
What is a problem you ran into, and how did you fix it?
Describe one thing you would do differently the next time you write a program.
Part 4: Save Your Work
Don't forget to save this worksheet. You will submit it for your assessment.
Print | Save
Answer:
Pseudocode:
define func main
accept two parameters
create two variables from those parameters
v1 = title
v2=message
print v1, v2
returns None
call the func including the two arguments
Code:
def main(p1, p2):
""" this is a docstring, the function accepts two parameters p1 and p2 and prints them out"""
____title = p1
____message = p2
____print(title)
____print(message)
main()
Reminder
this didnot include the comment you are to add about your name, date and details
-- comments are placed after a pound sign (#)
also "____" the dashes behind the variables are not indentation just empasising them, as they are done with either by
NEVER MIX THEM CHOOSE AN INDENTATION STYLE AND STICK TO IT
Finally the call function doesn't have a colon called as a nomal object, just as the print funtion also you may include the dicstring if neccessary.
DONT FORGET THE REVIEW QUESTIONS