The code box below defines a variable route as a list of directions to navigate a maze. Each instruction is one of the following four basic commands: higher. move one step in the positive y direction • lower: move one step in the negative y direction • left: move one step in the negative x direction right. move one step in the positive x direction ● ● Define a function step that takes two arguments, a location (as a tuple of x and y coordinates) and an instruction (higher, lower, left, right) as a string. Given the provided location, it should return the new location (as a tuple of xand y coordinates) when following the specified instruction. If the instruction is invalid, the old location should be returned. Use the function step to determine the final position when starting from the point (0, -4) and following all instructions in the list route. Assign this final position to the variable final_point.

The code box below defines a variable route as a list of directions to navigate a maze. Each instruction is one of the following four basic commands: higher. move one step in the positive y direction • lower: move one step in the negative y direction • left: move one step in the negative x direction right. move one step in the positive x direction ● ● Define a function step that takes two arguments, a location (as a tuple of x and y coordinates) and an instruction (higher, lower, left, right) as a string. Given the provided location, it should return the new location (as a tuple of xand y coordinates) when following the specified instruction. If the instruction is invalid, the old location should be returned. Use the function step to determine the final position when starting from the point (0, -4) and following all instructions in the list route. Assign this final position to the variable final_point.

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter5: Control Structures Ii (repetition)

Section: Chapter Questions

Problem 27PE

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The code box below defines a variable route as a list of directions to navigate a maze. Each instruction is one of the following four basic commands: • higher. move one step in the positive y direction • lower: move one step in the negative y direction • left: move one step in the negative x direction right: move one step in the positive x direction ● Define a function move that takes two arguments, a location (as a tuple of x and y coordinates) and an instruction (higher, lower, left, right) as a string. Given the provided location, it should return the new location (as a tuple of x and y coordinates) when following the specified instruction. If the instruction is invalid, the old location should be returned. Use the function move to determine the final position when starting from the point (-2, -1) and following all instructions in the list route. Assign this final position to the variable final_location. Reset answer 1 route = ['right', 'higher', 'left', 'lower', 'higher', 'left',…
The code box below defines a variable route as a list of directions to navigate a maze. Each instruction is one of the following four basic commands: higher move one step in the positive y direction • lower. move one step in the negative y direction • left: move one step in the negative x direction • right: move one step in the positive x direction Define a function step that takes two arguments, a location (as a tuple of x and y coordinates) and an instruction (higher, lower, left, right) as a string. Given the provided location, it should return the new location (as a tuple of x and y coordinates) when following the specified instruction. If the instruction is invalid, the old location should be returned. Use the function step to determine the final position when starting from the point (0, -4) and following all instructions in the list route. Assign this final position to the variable final_point.
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python
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Course Level Programming Assignment - Programming a Calculator using Python In this assignment you will write a computer program from scratch using the Python programming language. This program will function as a simple calculator. Objectives Write a simple Python program that performs arithmetic operations based on the user input Stage 1: A simple calculator Your calculator should provide the following arithmetic and control operations. Arithmetic Operations Addition (+) add(a,b) Subtraction (-) subtract(a,b) Multiplication (*) multiply(a,b) Division (/) divide(a,b) Power (^) power(a,b) Remainder (%) remainder(a,b) Control Operations Terminate (#) Reset ($) Write a function select_op(choice) to select the appropriate mathematics function based on the users selection. The behavior of the program should be as follows: The program should ask the user to specify the desired operation…