The first digit can only range from 1-9, resulting in 9 possible options. The next four digits can range from 0-9, resulting in 10 options for each. Since the last two digits remain the same, they do not affect the sample size. Using the fundamental counting principle, we can find the amount of telephone numbers possible in the following equation.
8 is in the tens place. It has a value of 80.
The parent function of
is
The diagrams below show step by step transformation
As we can see from the graph
, the amplitude of the function is 3, period of
, phase shift of π and midline y=2
Answer:
29 to the power of 15x
Step-by-step explanation:
Rules of exponents:
Multiply exponents.
15*x=15x
Therefore 29 to the power of 15x
Take 4 and multiply it by 5 (which you should be able to do in your head) and then add the two zeros back in so:
4•5= 20
20+0+0=
2000
