Feet to Meters/Miles Conversion 1. Create a class called Distance 2. 3. Add to this class a main method. In the main method do the following: Declare a variable to represent a feet value that can hold floating point numbers. Assign 750 to it. a. b. Declare a variable to represent a meter value that can hold floating point numbers. Calculate the equivalent distance in meters based on the feet variable. (Note 1 ft = .305 meters). Declare a variable to represent a miles value that can hold floating point numbers equal to the feet value. Using a Compound Assignment Operator, (e.g. +=), calculate the equivalent mile value based on the feet value, (the value of mile before completing this step). (Note 1 ft = .00019) d. Print out to the console each of the variable values, each on a new line in this order: C. e. Feet: [feet value] Meters: [meter value] Miles: [mile value] For example, your output should be: Feet: 750.0 Meters: 228.75 Miles: 0.14250000000000002
Feet to Meters/Miles Conversion 1. Create a class called Distance 2. 3. Add to this class a main method. In the main method do the following: Declare a variable to represent a feet value that can hold floating point numbers. Assign 750 to it. a. b. Declare a variable to represent a meter value that can hold floating point numbers. Calculate the equivalent distance in meters based on the feet variable. (Note 1 ft = .305 meters). Declare a variable to represent a miles value that can hold floating point numbers equal to the feet value. Using a Compound Assignment Operator, (e.g. +=), calculate the equivalent mile value based on the feet value, (the value of mile before completing this step). (Note 1 ft = .00019) d. Print out to the console each of the variable values, each on a new line in this order: C. e. Feet: [feet value] Meters: [meter value] Miles: [mile value] For example, your output should be: Feet: 750.0 Meters: 228.75 Miles: 0.14250000000000002
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
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Question
![Feet to Meters/Miles Conversion
1. Create a class called Distance
2.
Add to this class a main method.
3.
In the main method do the following:
Declare a variable to represent a feet value that can hold floating point numbers. Assign 750 to
it.
a.
b.
C.
d.
e.
Declare a variable to represent a meter value that can hold floating point numbers. Calculate the
equivalent distance in meters based on the feet variable. (Note 1 ft = .305 meters).
Declare a variable to represent a miles value that can hold floating point numbers equal to the
feet value. Using a Compound Assignment Operator, (e.g. +=), calculate the equivalent mile value
based on the feet value, (the value of mile before completing this step). (Note 1 ft = .00019)
Print out to the console each of the variable values, each on a new line in this order:
Feet: [feet value]
Meters: [meter value]
Miles: [mile value]
For example, your output should be:
Feet: 750.0
Meters: 228.75
Miles: 0.14250000000000002](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9a4dcd82-baf4-45bc-b40b-693a3e683492%2F4d98ff71-30d2-41fc-9752-b34b9c65ac8a%2Fwulbxe_processed.png&w=3840&q=75)
Transcribed Image Text:Feet to Meters/Miles Conversion
1. Create a class called Distance
2.
Add to this class a main method.
3.
In the main method do the following:
Declare a variable to represent a feet value that can hold floating point numbers. Assign 750 to
it.
a.
b.
C.
d.
e.
Declare a variable to represent a meter value that can hold floating point numbers. Calculate the
equivalent distance in meters based on the feet variable. (Note 1 ft = .305 meters).
Declare a variable to represent a miles value that can hold floating point numbers equal to the
feet value. Using a Compound Assignment Operator, (e.g. +=), calculate the equivalent mile value
based on the feet value, (the value of mile before completing this step). (Note 1 ft = .00019)
Print out to the console each of the variable values, each on a new line in this order:
Feet: [feet value]
Meters: [meter value]
Miles: [mile value]
For example, your output should be:
Feet: 750.0
Meters: 228.75
Miles: 0.14250000000000002
![Kilograms to pounds/Ounces Conversion
4. Create a class called Weight
5. Add to this class a main method.
6.
In the main method do the following:
Declare and initialize a variable to 160 that can hold floating point numbers to represent the
weight of a person in kilograms.
Also declare an integer value representing pounds and a floating point number representing
ounces.
Using all these variables, calculate the person's weight in terms of pounds and ounces. (Note: 1
kg = 35.274 oz).
a.
b.
C.
d. Print out to the console:
"[kilogram value] kg is [pound value] lb [ounce value] oz."
e.
An example output should be:
160.0 --> "160.0 kg is 352 lb 11.840000000000146 oz."](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9a4dcd82-baf4-45bc-b40b-693a3e683492%2F4d98ff71-30d2-41fc-9752-b34b9c65ac8a%2Fdipmzxg_processed.png&w=3840&q=75)
Transcribed Image Text:Kilograms to pounds/Ounces Conversion
4. Create a class called Weight
5. Add to this class a main method.
6.
In the main method do the following:
Declare and initialize a variable to 160 that can hold floating point numbers to represent the
weight of a person in kilograms.
Also declare an integer value representing pounds and a floating point number representing
ounces.
Using all these variables, calculate the person's weight in terms of pounds and ounces. (Note: 1
kg = 35.274 oz).
a.
b.
C.
d. Print out to the console:
"[kilogram value] kg is [pound value] lb [ounce value] oz."
e.
An example output should be:
160.0 --> "160.0 kg is 352 lb 11.840000000000146 oz."
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