The complete question is;
The height and diameter of a cone-shaped storage tank are 9 feet and 14 feet respectively. Find the volume of liquid the tank can hold. Round your answer to the integer, if necessary. Use the approximate of value of π, that is 3.14.
Answer:
Volume = 462 ft³
Step-by-step explanation:
We are given;
Height;h = 9 ft
Diameter;d = 14 ft
So, radius;r = 14/2 = 7 ft
Volume of a cone is given by;
V = ⅓πr²h
Where π = 3.14
Thus;
V = ⅓ × 3.14 × 7² × 9
V = 461.58 ft³
Approximating to nearest integer gives; V ≈ 462 ft³
Using the chain rule: The derivative of e^u is (e^u)(u'). Notice that e^u is rewritten exactly as is and then multiplied by the derivative of the exponent.
Let u=2x. So u'=2
So the derivative of e^u is e^(2x)*2 This can also be written as 2e^(2x).
Answer:
9
Step-by-step explanation:
The equation graphed from these points is y=3x+9, therefore the y-intercept is 9.
14 divided by 3 you would get 4 2/3 but since all the bags have to have the same amount it should be 4
Hope this helps!
