Paul was thinking of a number.Paul doubles it and gets a answer of 13.1.What was the orginal number?
1 answer:
Answer:
See below:
Step-by-step explanation:
So first, Paul has a number that he got before he multiplied it, we can call that , and for his answer after doubling it. we'll call it
.
So with this information, we know that so we can use that to make an equation.
We can solve it by first dividing on both sides and getting our answer.
Cheers! We get our final answer of 6.55.
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Partial differentiation of a function with more than one variables refers to its derivative being taken with respect to one of those variables, while the rest being held as a constant.
An example is the volume of a cylinder given by:
The volume requires two variables in order to work out the volume, namely the radius and the height.
Using partial differentiation, its partial derivative can become:
This symbol is used in place of the derivative symbol, in order to distinguish total derivatives and partial derivatives.
An example is the volume of a cylinder given by:
The volume requires two variables in order to work out the volume, namely the radius and the height.
Using partial differentiation, its partial derivative can become:
This symbol is used in place of the derivative symbol, in order to distinguish total derivatives and partial derivatives.