Answer:
shift the graph horizontally to the right for 3 units and then shift vertically up 2 units
Step-by-step explanation:
f(x) = x³ vs f(x-3)+2
f(x-3) will shift the graph horizontally to the right for 3 units
+2: will shift vertically up 2 units
For
ax^2+bx+c=0
discriminatn is b^2-4ac
a=4
b=12
c=9
discriinat is
12^2-4(4)(9)=
144-144
0
the discrminat is 0
You're going to have to find the area of each individual box and then add so the very top box to find the area you would do 3×3×3 which equals 27 so the area of the top boxes 27 now we have to do the bottom box to you that you have to do 6×3×9×3
This is a permutation because order does not matter, combinations are when order does matter. To determine how many unique combinations, permutations, there are for this problem, we need to use the "n choose k" formula:
p=n!/(k!(n-k)!), where n=number of elements to choose from, and k=number of choices made, in this case:
p=35!/(3!(35-3)!)
p=35!/(3!32!)
p=6545
So there are 6545 unique ways that a president, vice president, and secretary can be chosen from 35 members.
, so
Recall that
for all , and knowing that we have