Solve the problem.The distance that an object falls when it is dropped is directly proportional to the square of the amount of time since it was dropped. An object falls 128 feet in 2 seconds. Find the distance the object falls in 4 seconds.
A. 512 ft
B. 256 ft
C. 8 ft
D. 128 ft
Answer: A
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Provide an appropriate response.Construct a frequency table and the corresponding histogram in which the following conditions are satisfied:- The frequency for the second class is twice the frequency of the first class- In the histogram, the area of the bar corresponding to the second class is four times the area of the bar corresponding to the first class
What will be an ideal response?
Find the area in acres of the property under the given assumptions. Refer to the figure. 
The stream frontage is169 feet in length and the property line is 462 feet in length.
A. 1.67 acre B. 0.83 acre C. 1.25 acre D. 0.42 acre
Divide, if possible. If a quotient is undefined, state so.
A. -7 B. 8 C. -9 D. -8
Write the number as a decimal.12
A. 6.3 B. 126 C. 12.6 D. 1.26