Answer:
ok do this go to me and ask whats the answer i will say go to me in the house and me in the house will say go to me and ask whats the answer i will say go to me in the house and me in the house will say go to me and ask whats the answer i will say go to me in the house and me in the house will saygo to me and ask whats the answer i will say go to me in the house and me in the house will say go to me and ask whats the answer i will say go to me in the house and me in the house will say go to me and ask whats the answer i will say go to me in the house and me in the house will say go to me and ask whats the answer i will say go to me in the house and me in the house will say go to me and ask whats the answer i will say go to me in the house and me in the house will say go to me and ask whats the answer i will say go to me in the house and me in the house will say go to me and ask whats the answer i will say go to me in the house and me in the house will say go to me and ask whats the answer i will say go to me in the house and me in the house will saygo to me and ask whats the answer i will say go to me in the house and me in the house will say
i made a video explaining its on
Step-by-step explanation:
Answer:

Step-by-step explanation:
GIVEN: two two-letter passwords can be formed from the letters A, B, C, D, E, F, G and H.
TO FIND: How many different two two-letter passwords can be formed if no repetition of letters is allowed.
SOLUTION:
Total number of different letters 
for two two-letter passwords
different are required.
Number of ways of selecting
different letters from
letters


Hence there are
different two-letter passwords can be formed using
letters.
Answer:
Vertex is (-8, 4) not one of the answers offered!
Step-by-step explanation:
Factor -1/8 out of the first two terms. Leave a space inside parentheses in which to add a number.

Complete the square by squaring half the coefficient of <em>x </em>and adding it in the space.

Add 64 in the space you made, then compensate for that at the end of the expression by <u>subtracting</u> 

The x-coordinate of the vertex is the <u>opposite</u> of +8, the number inside the parentheses. The y-coordinate of the vertex is the number at the end of the expression.
V(-8, 4)
T=7556=165x+2771
we need to solve for x, number of years after 1996.
165x=7556-2771=4785
x=4785/165=29
It will be in year 1996+29=2025 that estimated fees and tuition average $7556