Question

What is the output of the following code snippet? import math real_pi = math.pi # math library provides close approximation of pi approximate_pi = 22.0 / 7.0 # Approximate pi to 2 decimal places print('22/7 is accurate for 2 decimal places: %.2f% approximate_pi) 22/7 is accurate for 2 decimal places: 3.141593 22/7 is accurate for 2 decimal places: 3 22/7 is accurate for 2 decimal places: 22/7 is accurate for 2 decimal places: 3.14

Name: what is the output of the following code snippet import math realpi mathpi math library provides close approximation of pi approximatepi 220 70 approximate pi to 2 decimal places print227 30812
Uploaded: 2021-05-16T18:18:35-08:00
Duration: 1 min 54 s
Channel: Molika So
Description: what is the output of the following code snippet import math realpi mathpi math library provides close approximation of pi approximatepi 220 70 approximate pi to 2 decimal places print227 30812

          What is the output of the following code snippet?
import math
real_pi = math.pi # math library provides close approximation of pi
approximate_pi = 22.0 / 7.0 # Approximate pi to 2 decimal places
print('22/7 is accurate for 2 decimal places: %.2f%
approximate_pi)
22/7 is accurate for 2 decimal places: 3.141593
22/7 is accurate for 2 decimal places: 3
22/7 is accurate for 2 decimal places:
22/7 is accurate for 2 decimal places: 3.14

what is the output of the following code snippet import math realpi mathpi math library provides close approximation of pi approximatepi 220 70 approximate pi to 2 decimal places print227 30812

Added by Jose Ramon M.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Molika So

05/16/2021

Step 1

The code first imports the `math` module. Then, it defines `real_pi` as `math.pi`, which is the value of pi provided by the math library. Next, it defines `approximate_pi` as `22.0 / 7.0`. Finally, it prints a string using string formatting. The `%.2f` format Show more…

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What is the output of the following code snippet? import math real_pi = math.pi # math library provides close approximation of pi approximate_pi = 22.0 / 7.0 # Approximate pi to 2 decimal places print('22/7 is accurate for 2 decimal places: %.2f% approximate_pi) 22/7 is accurate for 2 decimal places: 3.141593 22/7 is accurate for 2 decimal places: 3 22/7 is accurate for 2 decimal places: 22/7 is accurate for 2 decimal places: 3.14