If you mean the m^3=105, then m^6 will be ![( \sqrt[3]{105}) ^6](https://tex.z-dn.net/?f=%28%20%5Csqrt%5B3%5D%7B105%7D%29%20%5E6)
which is 105^2 which is 11025
on Saturday a minor league basketball team give a baseball cards each person entering the stadium one group received 28 baseball
1 answer:
You might be interested in
Answer:
Step-by-step explanation:
Given expression:
Simplify:
Learn more about exponent rules here:
b ≥ - 16
given b ≥ - 4
multiply both sides by 4 to eliminate the fraction
b ≥ - 16
Plug n = 1 into the original formula to get
an = 14 - 9n
a1 = 14 - 9*1
a1 = 5
So the first term is 5
The common difference is -9 as this is the slope in front of the n term. This means each term is going down by 9 each time. Notice the second term is
an = 14-9n
a2 = 14-9*2
a2 = -4
and so on...
To get the nth term, we subtract 9 from the (n-1)st term
That's the same as saying
So all together, the rule is
Final Answer: Choice B
an = 14 - 9n
a1 = 14 - 9*1
a1 = 5
So the first term is 5
The common difference is -9 as this is the slope in front of the n term. This means each term is going down by 9 each time. Notice the second term is
an = 14-9n
a2 = 14-9*2
a2 = -4
and so on...
To get the nth term, we subtract 9 from the (n-1)st term
That's the same as saying
So all together, the rule is
Final Answer: Choice B