Rectangle Analysis As you know, you can find the area of a rectangle by multiplying its length by its width. You can also find the perimeter by adding the lengths of all four sides together. Write a Python program that accepts a base and height from the user as input and neatly prints the perimeter, the area, and the longest side. You output should be formatted similarly following. Notice that the decimal points are aligned, and all values are rounded to two decimal places with no commas; remember to use format()! You should also notify the user if their input is a square with an appropriate message. An example of a message is included at the bottom of the second example output below. Hint: Assign an empty value (such as O or "") to your "longest side" variable before your decision structure, then use an if/else decision structure to determine the longer of the two sides and assign appropriately within that decision structure. You are also welcome to copy-paste these "label" strings so your colons are aligned! Enter the length: 6.5 Enter the width: 7.3 Length Width Perimeter : Area Longest Side : Length Width Perimeter Enter the length: 3.33 Enter the width: 3.33 6.50 7.30 27.60 47.45 7.30 3.33 3.33 13.32 11.09 3.33 Area Longest Side : This figure is a square!
Rectangle Analysis As you know, you can find the area of a rectangle by multiplying its length by its width. You can also find the perimeter by adding the lengths of all four sides together. Write a Python program that accepts a base and height from the user as input and neatly prints the perimeter, the area, and the longest side. You output should be formatted similarly following. Notice that the decimal points are aligned, and all values are rounded to two decimal places with no commas; remember to use format()! You should also notify the user if their input is a square with an appropriate message. An example of a message is included at the bottom of the second example output below. Hint: Assign an empty value (such as O or "") to your "longest side" variable before your decision structure, then use an if/else decision structure to determine the longer of the two sides and assign appropriately within that decision structure. You are also welcome to copy-paste these "label" strings so your colons are aligned! Enter the length: 6.5 Enter the width: 7.3 Length Width Perimeter : Area Longest Side : Length Width Perimeter Enter the length: 3.33 Enter the width: 3.33 6.50 7.30 27.60 47.45 7.30 3.33 3.33 13.32 11.09 3.33 Area Longest Side : This figure is a square!
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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Transcribed Image Text:Rectangle Analysis
As you know, you can find the area of a rectangle by
multiplying its length by its width. You can also find the
perimeter by adding the lengths of all four sides together.
Write a Python program that accepts a base and height
from the user as input and neatly prints the perimeter,
the area, and the longest side. You output should be
formatted similarly following. Notice that the decimal
points are aligned, and all values are rounded to two
decimal places with no commas; remember to use
format()!
You should also notify the user if their input is a square
with an appropriate message. An example of a message is
included at the bottom of the second example output
below.
Hint: Assign an empty value (such as O or "") to your
"longest side" variable before your decision
structure, then use an if/else decision structure to
determine the longer of the two sides and assign
appropriately within that decision structure.
You are also welcome to copy-paste these "label"
strings so your colons are aligned!
Transcribed Image Text:Enter the length: 6.5
Enter the width: 7.3
Length
Width
Perimeter
:
Area
Longest Side :
Length
Width
Perimeter
Enter the length: 3.33
Enter the width: 3.33
6.50
7.30
27.60
47.45
7.30
3.33
3.33
13.32
11.09
3.33
Area
Longest Side :
This figure is a square!
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