Complete the table by computing  at the given values of . Use these results to estimate  at  if it exists.

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6.96.996.9997.0017.017.1
 ??

A. ?

	6.9	6.99	6.999	7.001	7.01	7.1
	53.91	55.7901	55.979001	56.007001	56.0701	56.71

?

?

?

B. ??

	6.9?	6.99	6.999	?7.001	7.01	7.1
	54.61	55.8601	55.986001	56.014001	56.1401	57.41

?

C. ??

	6.9	6.99	6.999	7.001	7.01	7.1
	54.41	55.8401	55.984001	56.012001	56.1201	57.21 ?

?

?

D. ?

	6.9	6.99	6.999	7.001	7.01	7.1
	55.01	55.9001	55.990001	56.018001	56.1801	57.81

?The limit does not exist.?

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Answer: B

Mathematics

Solve the problem.A formula used to determine the velocity v in feet per second of an object (neglecting air resistance) after it has fallen a certain height is  where g is the acceleration due to gravity and h is the height the object has fallen. If the acceleration g due to gravity on Earth is approximately 32 feet per second, find the velocity of a bowling ball after it has fallen 20 feet. (Round to the nearest tenth.)

A. 1280 ft per sec B. 25.3 ft per sec C. 35.8 ft per sec D. 6.3 ft per sec

Find the x- and y-intercepts of the graph of the given equation, if they exist. Then graph the equation.y = 7

A. x: 7; y: none

B. x: 7; y: none

C. x: none; y: 7

D. x: none; y: 7

Solve the problem. Round your answer to the nearest tenth unless indicated otherwise.Andrea's sleeping bag is designed for camping in temperatures of 35°C or warmer. For what Fahrenheit temperatures is her sleeping bag designed? Round to the nearest tenth of a degree.

A. 12.6° F or warmer B. 88.6° F or warmer C. 120.6° F or warmer D. 95.0° F or warmer

Find the missing length to the nearest tenth.

A. c = 328.0 cm B. c = 16.6 cm C. c = 656 cm D. c = 25.6 cm