7 + 1 2/6 2/5 hope this kinda helps :3
Given:
Initial value of the stock = $100
Growth factor = 1.5 each week.
To find:
The equation that represents the relationship between the number of weeks past since purchase and the current value of the stock.
Solution:
Let V be the current value of the stock after t week.
The exponential growth model is:

Where, a is the initial value of stock, b is the weekly growth factor, t is the number of weeks.
Substituting
, we get

Therefore, the required equation for the given situation is
.
I believe it's 9.2. you just add the two listed numbers together
Consecutive integers are like 1, 2, and 3. They are in a row. Think about plugging numbers in for x. 1 and 1+2 are not consecutive, so A is not the answer. B and C don't start with x, so they aren't the answer. That leaves D, because it starts with x, then goes to x+1, and then to x+2. These are consecutive, because if x was 1, it would be 1, 2, 3.
The answer is D.
I hope this helps :)
He can conclude that the system of equations has no solution since one equation in it always results with false equivalency.
Hope this helps.
r3t40