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there is no real life situation
Michael Jordan.
Michael Jordan said it
its a collection of negative numbers only, zero and all positive numbers are not included.
weather and sports
A zero sum situation was originally used to describe a situation in a two-player game where the winnings of one player had the same numerical value as the losses of the other player. The sum (allowing for losses to have a negative sign), therefore, was zero. The phrase is now used to describe a situation where the gains made by all the winners has the same value as the losses made by all the losers. The net sum = zero.
there is no real life situation
It represents, approximately, a linear relationship with a negative gradient.
PEER PRESSURE can be negative but not always, it depends on the situation you're in or the situation you're putting others in.
Michael Jordan said it
Michael Jordan.
its a collection of negative numbers only, zero and all positive numbers are not included.
As a negative person.
Recall that domain is the input of a function, and the range is the output. If the value for the input (domain) represents the height of a person, it would not be reasonable to use a negative number for the input because this would indicate a negative height. That would not be realistic or negative. Some events would be reasonable or realistic if a negative number would be used as a valid time input and some events would not. For example, a negative time may represent the time before blastoff, but a negative time would not be realistic if it was used to represent the time you spent on homework last week. Only zero or a positive number would be realistic, therefore the reasonable domain would be non-negative numbers (positive numbers and zero).
You need to give more context for your question. What is the situation where you find this negative number?
A negative attitude means that some is always grumpy. People with negative attitudes can never look for the bright side in a situation.
Negative pi is a monomial, or a polynomial with one term. Negative pi, as well as positive pi, are not often used as polynomials, but it is still perfectly reasonable to do so.