For this one you have to make the equations. And what I like to do is write it out, like this.One Week- $473 suits 1 shoes (pairs)
Another Week- $1077 suits 2 shoes (pairs)
Then I make/choose my variables.For suits, it's going to be x.And For shoes let's do y.(Or if you would like better you can do x and y, which ever works best for you)
Now for the equations:One Week, 47= 3x +1yAnother Week, 107= 7x + 2y
Now it's time for the Substitution! Your last problem had it easier because it was already in the form, y=mx+b, but since ours aren't we have to change it to y=mx+b.
One Week, -0.33y + 15.67 =x Another Week, -0.29y + 15.29 =x
Now you can use substitution. :)For y i got 9.5 or 9.50.For x, i got 12.34
So the answer is (9.5,12.34) or (12.34, 9.5)
The given trinomial can be factored using the factorization method.
x² -6x +9
= x² -3x -3x +9
= x(x-3) - 3(x-3)
= (x-3)(x-3)
Thus, (x-3)(x-3) is the factored form of the polynomial.
So the correct answer is option D
Answer: 45
Step-by-step explanation:
30 times (3/2)
30 times 3 equals 90.
90 divided 2 equals 45.
Answer:
Step-by-step explanation:
are blue shirts.
Since the second blue shirt is different, there is no replacement.
x = 
Simplified: =
Answer: A.4/52
B.1/52
C.4/42
D.12/52
Step-by-step explanation:
A. Because there is 52 cards in a deck the answer will be out of 52. Since there is 4 aces in the whole deck the probability of player one getting all four aces is a 4/52.
B. Since there is 52 cards in a deck and only one ace of hearts it will be a probability of 1/52.
C. Since there are 52 cards in a deck the probability that they will hold an ace card is a 4/52 Bc there are four aces.
D. Because there are 52 cards in a deck, and 12 hearts in the deck in all they will have a chance of 12/52
You might need to simplify these fractions or convert to a percentage based on what your instructor wants.
