Answer:
Uhh? You can't factor this!
Step-by-step explanation:
So.. we see that the last term, the constant, (the +5) is positive, which means the two terms (the a and b on the (x+a)(x+b) must be either both positive or both negative).
We try positive, and we end up with
(x+1)(x+5)
x^2 + x + 5x + 5
x^2 + 6x + 5
which is not what we want!
We try negative, and we end up with
(x-1)(x-5)
x^2 -x -5x +5
x^2 -6x +5
which is also not what we want!
This isn't factorable!
You can always complete the square or utilize the quadratic equation, but you can't factor it.
Answer:
3,150.
Step-by-step explanation:
- 2 · {[ 5 · ( 60 - 2 )] + 25 } · 5.
- 2 · {[ 5 · ( 58 )] + 25 } · 5.
- 2 · { 290 + 25 } · 5.
- 2 · { 315 } · 5.
- 630 · 5.
- 3,150.
These are all of the steps to completely and correctly solve this question.
Hope this helps.
Kyle.
Answer: FALSE
Actually, the answer to this question depends on whether the clause is reversed or not.
Since we are not told whether the the clause is reversed or not. It is safe to assume that it was retained (i.e. not reversed). So the answer to this question is FALSE because if one takes a true "if-then" statement, inserted a 'not' in each clause, and retained the clauses, the new statement would NOT be true.
On the contrary, if the clause is reversed, the answer would be TRUE, because if one takes a true "if-then" statement, inserted a not in each clause, and reversed the clauses, the new statement would also be true.
Answer:
1/6 cup
Step-by-step explanation:
1/2 cup divided into 3 pies= 1/6 cups
Answer:
im not sure....sorry...just google it on yt for mathmatics...isnt it like multiply base by the hight,,?
Step-by-step explanation:
