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∙ 10y agohypothesis of candy cool with the power of evaporation
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∙ 10y agogo find the answer youreself lazy dick
An independent variable is something you CAN change, like the power on a Bunsen burner etc etc. An egg is neither an dependant variable or dependant variable. SO the answer to your question is no.
The presence of any term that is not a constant or a multiple of the independent variable. It can be any other power of that variable, or a trigonometric or exponential or any other function.
A variable raised to the second power would be refered to as "squared." Some math-based programs like Excel let you enter a power with a carot, ie, "(variable name)^2" if you want to calculate the answer.
For an algebraic function in one variable, as many as the highest power of the variable.
go find the answer youreself lazy dick
An independent variable is something you CAN change, like the power on a Bunsen burner etc etc. An egg is neither an dependant variable or dependant variable. SO the answer to your question is no.
The independent variable is the variable that is not affected by the results. It is the variable you change to see what the results are. In this example, the independent variable is the use of the new power juice.
Yes.
To develop a hypothesis, you could state that if you wrap candy in a damp paper towel and place it in a container in front of a fan, then the evaporation of water from the paper towel will absorb heat from the candy, keeping it cool. The hypothesis predicts the outcome of the experiment based on the proposed relationship between evaporation and cooling.
The same number as the highest power of the independent variable.
The presence of any term that is not a constant or a multiple of the independent variable. It can be any other power of that variable, or a trigonometric or exponential or any other function.
This means that your power is a variable. Just like your regular term can be a variable the power can also be a variable. Ex. 3n 7n 2357n
Put it under a lamp but, first wrap it with tin foil and then wrap it with a wet paper towel. Then you put it under a lamp and then watch the power of evaporation do the work but, then you have to do the opposite. Don't wet a paper towel then put under it under a lamp. Next see what happens. Next you have to find out your self, alright? Go and do it.
Variable dc supply is applicable in loads that are variable.
The high is power of either variable is the first
No. An expression can have a variable exponent (for instance, 2 to the power x, or x to the power y), but that is no longer a polynomial.