Answer:
i think the answer is D because its multiplying by 2 each time
Answer 2
Answer:
D) 2, 4, 8, 16, 32
Explanation:
In order for it to be a geometric sequence, it has to be multiplied by the same number every time. The only equation that demonstrates this is the last one since it is being multiplied by 2 every time.
The geometric sequence equation is A(n) = a* r^{n-1} a( n ) = term in the sequence a = first term r = common ratio (what it's multiplied by every time)
is a number greater when an object is mesured in centimeters than in millimeters
Answers
If you are talking size, then yes. Centimeters are bigger than millimeters.
If its size, then yes......... Millimeters are more accurate than centimeters when you want to measure smaller things.
What is the means-to-MAD ratio of the two data sets, expressed as a decimal?Data set Mean Mean absolute deviation (MAD) 1 10.7 2.4 2 13.7 2.5
Answers
You have to calculate two separate measures, one for each set.The mean-to-MAD ratio is the mean divided by the MAD, i. e. mean / MAD. For the set 1, mean = 10.7 and MAD = 2.4, then mean / MAD = 10.7 / 2.4 = 4.4583. For the set 2, mean = 13.7 and MAD is 2.5, so mean/ MAD = 13.7 / 2.5 = 5.480.
Round 0.4625 to the nearest cent
Answers
0.4625
The 2 is rounded to a 3 because 5 rounds up. 0.463
The 6 stays the same because 3 rounds down. 0.46
Now I'm not sure if you're talking about money so if you are, the answer would be $0.46
If you are talking about the specific cent and only cent, you continue rounding.