The ratio is 4:5
Divide both terms by 4
16/4 =4
20/4=5

The formula of the sum of a geometric sequence:

We have:

substitute:
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Answer: C. -5460
Well. You start with two rabbits, and it triples every month, so:
0 months: 2 rabbits.
1 month: 2*3 = 6 rabbits.
2 months: 6*3 = 18 rabbits.
3 months: 18*3 = 54 rabbits.
Answer:
4
Step-by-step explanation:
The distance from B to C is the same as the distance from A to D. Points B and C will both have the same x-value, as do points A and D. Points B and C will have the same difference in y-values (2 -(-2) = 4) that points A and D have.
The distance from B to C is 4 units.
The answer is rotation and this is a sure that its a rotation