Design a Python3 'Race Car' class, where that vehicle has the following attributes: type (sports, street, muscle, super, hyper), acceleration value (float value between 1000.0- 10000.0), top speed (float value between 1000.0-10000.0), and nitro (float value between 1000.0-10000.0), color (a string value), year, number of doors (integer between 2-4), speed (initially 0). And the following methods; accelerate (accelerates the car speed by 10 in each call but not more than the top speed), break (decreases the speed by 10 in each call but now lower than 0) turn left, turn right, reverse. For the last 3 methods you can give an output such as 'Turning left..’, 'Turning right...’ etc.

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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Design a Python3 'Race Car' class, where that vehicle has the following attributes: type
(sports, street, muscle, super, hyper), acceleration value (float value between 1000.0-
10000.0), top speed (float value between 1000.0-10000.0), and nitro (float value between
1000.0-10000.0), color (a string value), year, number of doors (integer between 2-4),
speed (initially 0). And the following methods; accelerate (accelerates the car speed by
10 in each call but not more than the top speed), break (decreases the speed by 10 in
each call but now lower than 0) turn left, turn right, reverse. For the last 3 methods you
can give an output such as 'Turning left..', 'Turning right...' etc.
Transcribed Image Text:Design a Python3 'Race Car' class, where that vehicle has the following attributes: type (sports, street, muscle, super, hyper), acceleration value (float value between 1000.0- 10000.0), top speed (float value between 1000.0-10000.0), and nitro (float value between 1000.0-10000.0), color (a string value), year, number of doors (integer between 2-4), speed (initially 0). And the following methods; accelerate (accelerates the car speed by 10 in each call but not more than the top speed), break (decreases the speed by 10 in each call but now lower than 0) turn left, turn right, reverse. For the last 3 methods you can give an output such as 'Turning left..', 'Turning right...' etc.
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