it's E, unimodal symmetric
That is simplest form
50x+56=50x+56, they are not like terms so you can't add them
if you did want to factor, the common term is 2 so then
50x+56=2(25x+28)
Answer:
if the sectors bc and ad are the same,x=70°
Answer: A
Step-by-step explanation: with my calculation, and the information you have give i have to say it is A.
Answer:
1) n = 39916800
2) n = 1663200
3) n = 330
Step-by-step explanation:
1) If the blue balls are distinguishable as are the red balls
Then you can arrange these balls in the following ways, we must use a permutation
In totally we have 11 balls, then
n = 11P11
2) If Blue balls are distinguishable, but the red balls are identical
In this case, we need to do a correction due to the red balls are identical and we cannot identify the difference when we interchange two red balls

3) If the balls of each color are indistinguishable
We proceed equal to the before case but we include a correction due to blue balls also
