A machine fills cans of soda which are labeled "12 ounces," according to a normal distribution with mean 12.1 ounces and standar
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Answer:
Step-by-step explanation:
Given:
The given function in terms of 'a' is given as:
In order to determine , we need to make
equal to 'x' and find the value of 'a'. Therefore,
Now, plug in the value of 'a' on both sides, we get:
Therefore, the expression for the function in terms of 'x' is:
Serious high school. This is one of the few differential equations I can solve.
The usual particular solution is because
is its own derivative.
An independent solution is which has a negative sign in the first derivative which turns back to positive in the second.
The arbitrary linear combination spans the solution space:
But we only are asked for the basis.
Answer: