Answer:
it is 2 and this is myself so haha
Step-by-step explanation:
D
the n th term (explicit ) formula for a geometric sequence is
= 

The given explicit formula therefore has
= 5 and r = - 
The recursive formula, allows us to find the next term in the sequence from the previous term
Here the next term in the sequence is obtained by multiplying the previous term by - 
=
(-
) with
= 5
Answer:
wow. this is a hard one. i would choose that c would be 2 and d would be 6.
Step-by-step explanation:
well, what i did was first went ahead and reflected the x-axis. then, i made the first translation, c. then, i went ahead and found out the translation of d. YOU COUNT THE SQUARES.
A residual is a measure of how well a line fits an individual data point. Testing the two other points can really help to see how well the line fits.
There’s no exact value listed on this graph, but it would be where the line ends completely on the far right. The rain was fluctuating throughout the day when the graph was going up and down. when the graph completely stops, the rain did too.