Answer:
- <u><em>Rounding to nearest tenth of centimeter, the ball bounces 192.1 cm high on the 5th bounce.</em></u>
<u><em></em></u>
Explanation:
The <em>ball is dropped from a height of 900 centimeters</em>.
Since the heights form a <em>geometric sequence,</em> you can find a common ratio between consecutive terms. This is:
- Height bounce 2 / height bounce 1 = 560 / 800 = 0.7
- Height bound 3 / height bounce 2 = 392 / 560 = 0.7
Hence, the ratio of the geometric sequence is 0.7, and taking bounce 1 as the start of the sequence, the general term of the sequence is:

With that formula you can find any term:

Rounding to <em>nearest tenth of centimeter</em>, the ball bounces 192.1 cm high on the 5th bounce.
Answer:
a. s = 0.9r
not very sure about b
Step-by-step explanation:
Heeellllooooo! :D
Let's take a look at this....
Hmmm.... 287.9412 huh? Now what we need to remember is that when rounding up we can only do that if the number is 5 or above 5.
We also need to know what place is the tenths place....
287.9412
^ there you have it!
Now if we look at the number before it.... it's a 4 but that is less than 5 so we need to round it down... our answer would be.... (drumroll please :D)
<u>287.9</u> !
<u /><u />I hope this helps! :D
<u>Please vote me for Brainliest if there is a second answer!</u>