Answer:
In the clarification portion below, the definition according to the received information is summarized.
Explanation:
It is indeed a summary of general object characteristics in something like a target class and creates characteristic laws.
Just before predefined data types have been held to a different standard from everyone else, it's indeed bias which always happens.
It's a mechanism that determines the possibility that objects in a set will co-occur.
It is indeed duction which attributes elements to target groups or classes in a set.
It is solely dependent on either the interpretation of other similar values to classify data points.
It has been used to position the components of the information through their corresponding classes.
- <u>Evolution Analysis:</u>
It would be for objects whose behavior varies throughout time to explain or design regularities.
Based on mil-std-6016, the requirements for information to be passed between and among joint forces, along with the technical interfaces is called Joint Tactical Operations (JTO) Procedural Handbook.
<h3>What is Joint Tactical Operations (JTO) Procedural Handbook?</h3>
This is known to be a book that contains all the provisions that is needed by system operators along with some technical parameters and tactical procedures.
It is often used for the exchange of near real-time data through TDL and it is known to be set up to function on console in the time of joint service operations and exercises.
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brainly.com/question/525279
Answer:
miles_gallon = float(input("Enter car's miles/gallon: "))
dollars_gallon = float(input("Enter gas dollars/gallon: "))
print("Gas cost for 20 miles is $", (20 / miles_gallon) * dollars_gallon)
print("Gas cost for 75 miles is $", (75 / miles_gallon) * dollars_gallon)
print("Gas cost for 500 miles is $", (500 / miles_gallon) * dollars_gallon)
Explanation:
*The code is in Python.
Ask the user to enter the car's miles/gallon and gas dollars/gallon
Calculate the gas cost for 20 miles, divide 20 by miles_gallon and multiply the result by dollars_gallon, then print it
Calculate the gas cost for 75 miles, divide 75 by miles_gallon and multiply the result by dollars_gallon, then print it
Calculate the gas cost for 500 miles, divide 500 by miles_gallon and multiply the result by dollars_gallon, then print it
Parameter is the answer you wanted
