The equivalent expression is:
The expression is given as:
Simplify
Apply the law of indices
Simplify
Take the 4th root of 16y^4
Rewrite as:
Hence, the equivalent expression is:
Read more about equivalent expressions at:
Given expression: .
.
Answer: the answer to this problem is 13!
Step-by-step explanation: To solve this problem, we must work backward. So the last step we did in this problem was adding five to the number, so to work backward we must subtract 5 from 96 to get 91. Now then the last step was to multiply by seven and since we are working backward, we must divide by seven to get our original number 13.
This is the equation: (13*7)+5
Hope this helped :)
6^2 simplified
6^1 simplified
6^0 simplified
Type each answer to each problem
Answer:
6^3 is 216
6^2 is 36
6^1 is 6
6^0 is 1
Step-by-step explanation:
Tell if the sequence is arithmetic, geometric or
neither: 5, 30, 180, 1080
Answer:
It is geometric
Step-by-step explanation:
Because it is increasing as 6 is being multiplied.
-14=-5+3c
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Esse e o site em Ingles, pergunta no em portugues, eles vao responder em portugues, boa sorte
João Augusto's ball remained in the air for 8 seconds. This was determined by the roots of the equation -5t² + 40t = 0, which represents the ball's vertical trajectory.
The equation given in the question represents the motion of the ball thrown into the air. Specifically, it is a parabolic equation which describes the motion of an object under the influence of gravity. We can determine the duration of the ball's flight by finding the roots of this equation.
The equation -5t² + 40t = 0 can be factored into -5t(t - 8) = 0. Therefore, the roots of this equation are 0 and 8, which represent the instants of time. In this case, t = 0 is the time when João Augusto launched the ball, and t = 8 is the time when he caught it again.
So, the ball remained in the air for 8 seconds.
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