What is the way to solve this one? Please explain how you got your answer.
Answers
Since both of the quotients have the same denominator keep it still
Minus numerator
8x-5 -(3x+7) 8x -5 -3x -7
5x -12/x-1
C is the answer hope this helps!
Please mark me as brainliest if you can, I really appreciate it!
Answer:
Step-by-step explanation:
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can a right triangle have a leg that is 10 meters long and a hypotenuse that is 10 meters long? Explain
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According to the Pythagorean Theorem, in a right triangle, the the squares of the sides equal the square of the hypotenuse. if the sides were to be A and B and the Hypotenuse were to b C, A²+B²=C². In your case, A=10 and C=10. If you were to plug that into the Pythagorean Theorem, 100+B²=100. (10²=100) If you subtract 100 by both sides (100=100 so they cancel each other out), B²=0. in a right triangle, a leg cannot equal 0. Therefore, A right triangle cannot have a leg that is 10 meters long and a hypotenuse that is 10 meters long.
How could you find which weighs more, one tone of pillows or one ton of bowling balls?
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Neither! As you said ''a ton'' for both of them. Also IF it refers to mass then they are obviously the same. My answer is: Neither.
by measuring them both
The sum of 15 and the product of 5 and v
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v = 3 because if you use the inverse operation of multiplication you do 15/5 which equals 3
15+5v. The sum which is adding and the product which is multiplying. So, 15 plus 5 times "v"!
Hey Can Someone Please Explain How To Solve This Will Give Brainliest. It Is An Proportional Equation. Shown Below And On An Image(n)/(2)= (n+5)/(7)
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How I would solve this is algebraically. See below: (Multiply by 7 to get rid of denominator on right side. (Multiply by 2 to get rid of denominator on left side. (subtract 2n from both sides) (divide both sides by 5)
What are the domain and range of the function {(2,0), (4, - 2), (8, -2), (1, 6), (-5, 0)}?
Answers
Answer:
domain: {2,4,8,1,-5}
range: {0,-2,6}
Step-by-step explanation:
the domain is the x-values in the ordered pair while the range is the y-values.