Answer:
$ 2600 on Friday's game and $ 1456 on saturday's game.
Step-by-step explanation:
Let x be the money ( in dollars) earned on friday and y be the money ( in dollars ) earned on Saturday,
Since, total earning on friday and saturday is $ 4056.00,
⇒ x + y = 4056 -----(1),
Also, Friday's game generates $1144.00 less than Saturday's game.
⇒ y - x = 1144 -------(2),
Equation (1) + equation (2),
2y = 5200,
y = 2600
From equation (1),
x + 2600 = 4056
x = 1456
Hence, $ 2600 was taken on Friday's game and $ 1456 was taken on saturday's game.
The correct answer is A: x=2 and y=-3. Either method would work, but for example, let's use elimination. If you multiply the second equation by 5, you get: 10x +5y = 5. When you add both equations, you can then cross out both y terms. You are left with one equation that reads: 13x=26. Solving for x gives you 2. You can substitute 2 in for x in either equation and you will receive -3 for your y value.
18x-16y=5
Subtract 18x from each side
-16y=-18x+5
Divide by -16
y=18/16x-5/16
y=9/8x-5/16 this one is with improper fractions
The tens digit is 8 more than the ones digit. There isn't any zeros.
The maximum digit is 9 because 10 would be 2 digits, 1 and 0.
So say the tens digits is 9.
9 _
The ones digit is 8 less so 9-8 = 1
9 1
There isn't any zeros which is correct.
The answer is 91.
Answer:
at the answer is about 5.29
Step-by-step explanation:
to do this u need the pythagorean theorem.
a squared+ b squared=c squared
we have the a and c values so what u would do is c squared- a squared. (8 squared - 6 squared = b squared.
