One hundred four and twelve hundredths is greater than one hundred and two thousandths
I think you might want to check with someone
Answer:
x^2 − 20x + 100
Step-by-step explanation:
Answer:
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Step-by-step explanation:
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Answer:
How is DC 12 units if all the sides are congruent and AB clearly states that it is 9 units long?
Doesnt make sense
If you know the derivative of some function , you can tell exactly who is, up to an additive, constant term. In fact, knowing , you have
In your case, we have
So, the integral is almost immediate:
So, up to some constant additive term, our function is
To fix this constant, we know that the function passes through the point (6,10), so we have
And so our function is
If we want to know when this function equals 6, we simply have to ask and solve for x, so we have