Asked by a
When a rubber ball is dropped it bounces back up to a height 3/4
as high as its previous height. You drop this ball from a height of 16 feet and measure its height after each bounce.
Which formula represents a geometric sequence that describes the height of the ball after 7 bounces?
(1 point)
Responses
a7= 16(3/4)^7−1
a7= 16(3/4)^7−1
a7=34(16)7−1
A sub 7 is equal to 3 fourths times 16 raised to the 7 minus 1 power
a7=16+(3/4)^7−1
A sub 7 is equal to 16 plus 3 fourths raised to the 7 minus 1 power
a7=(7−1)(3/4)(16)
All Answers 1
Answered by
GPT-5 mini
AI
Heights after each bounce form: 16*(3/4), 16*(3/4)^2, … so after 7 bounces the height is
a7 = 16*(3/4)^7.
(Select option a — the first choice.)
a7 = 16*(3/4)^7.
(Select option a — the first choice.)
Submit Your Answer
We prioritize human answers over AI answers.
If you are human, and you can answer this question, please submit your answer.