The rate of change of the plane's altitude is 2250 feet per minute.
<h3>How to calculate the rate?</h3>
The rate of change of the plane's altitude will be:
= (35000 - 17000)/8
= 18000/8
= 2250 feet per minute.
When graphing the descent of the plane, the starting value for its altitude be 35000 feet.
The linear function will be:
y = mx + b
35000 = 2250x + b
35000 = 2250(0) + b
b = 35000
y = -2250x + 35000
The information given in this problem that did not need to write an equation for the descent is the initial details about how long that the plane travelled.
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Answer:
B
Step-by-step explanation:
B is the correct answer for this question because A,C, and D are all accurate statements about the polynomial. The only false one is B
6 * 3 / sqrt9
<em><u>Using PEMDAS, solve SQRT first.</u></em>
6 * 3 / 3
<em><u>Using PEMDAS, solve 6 * 3.</u></em>
18 / 3
<em><u>Solve.</u></em>
6.
Your answer is 6.
Answer:
A. 96π in³
Step-by-step explanation:
The formula you can use to find the volume of a cone is ...
V = (π/3)r²·h . . . . where r is the radius and h is the height
Put the given numbers into the formula and do the arithmetic.
V = (π/3)(6 in)²(8 in) = 96π in³
