Answer:
miles
Step-by-step explanation:
In the figure, let P be yours house and Q be your's friend's house. Let R be the movie store.
Note that the distance from your house and to your house on Street C is 3 miles.
The distance from your house and to the move store on Street A is 1 mile.
Now, the distance from the move store to your friend's house is the hypotenuse of the right triangle ΔPQR.
The distance from the move store to your friend's house is RQ.
In the right triangle ΔPQR,
=
= 10
Hence, the distance from the move store to your friend's house is miles.
Answer:
2.83 miles
Step-by-step explanation:
got it right on ttm
–4(5–2a)+3(a–4)=6(2–a)–5a
The answer is a=2:
Equation=
Open the parenthesis first:
-20+8a+3a-12=12-6a-5a
Add all the a's and the numbers together:
-32+11a=12-11a
Lastly put all a's on one side and the numbers on the other side:
22a=44
Divide the numbers and get:
a=2
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Answer:
x = ZERO
Step-by-step explanation:
In the picture above.
If you want to check, just substitute the value of x in the equation .
What is the standard form of the equation?
5x = 4y – 3
A.
5x – 4y + 3 = 0
B.
5x = 4y – 3
C.
5x + 3 = 4y
D.
5x – 4y = –3
8.)
What is the slope of the line –6y + 2x = 18 in simplest form?
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To solve the problem, you set up two equations based on the information given. Then, you substitute one equation into the other to solve for the cost of the TV, which comes out to be approximately $405.43.
To answer this question, you need to use algebra. We can create two equations based on the information given. Let's say the cost of a TV is x and the cost of a DVD player is y. According to the problem, we have two equations:
We can then substitute the second equation into the first to get:
To find the cost of the TV 'x', you can divide both sides of the last equation by 3.5 resulting in x = $405.43. So the cost of one TV is approximately $405.43.
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