4. Compute the derivative.

Find when the gradient is 7.

Evaluate
at this point.

The point we want is then (2, 5).
5. The curve crosses the
-axis when
. We have

Compute the derivative.

At the point we want, the gradient is

6. The curve crosses the
-axis when
. Compute the derivative.

When
, the gradient is

7. Set
and solve for
. The curve and line meet when

Compute the derivative (for the curve) and evaluate it at these
values.



8. Compute the derivative.

The gradient is 8 when
, so

and the gradient is -10 when
, so

Solve for
and
. Eliminating
, we have

so that
.
You multiply 76 by 0.93. That is 70.68 which rounds to 71. To check, (71/76) = ~93.
Answer:
The answer would be 70.2.
Step-by-step explanation:
You just have to replace the x in the equation with a 2 because x=2.
Answer:
V=πr2h
3=π·72·9
3≈461.81412
Step-by-step explanation:
Mark me the brainliest PLZ.
Answer:
1.1331
Step-by-step explanation:
Divided 100 by 751