Answer:
the answer is y 2-=x+5
Step-by-step explanation:
the last one
√m/3 = 4
To remove the radical sign, square both sides.
(√m/3)² = 4²
m/3 = 16
To remove the denominator of 3, multiply both sides by 3.
3 (m/3) = 3(16)
m = 48
To check: Substitute m by its value.
√m/3 = 4
√48/3 = 4
√16 = 4
4 = 4
Answer:
A. No, because not all of the pairs represent the same ratio
Answer:
Therefore, the first three term of the sequence is:
Hence, the sequence is:
Step-by-step explanation:
Given the nth term
The first three terms can be obtained by putting 
and 
respectively in the given nth term
Putting 
to get the first term
Putting 
to get the second term
Putting to get the three term
Therefore, the first three term of the sequence is:
Hence, the sequence is:
For this question, you would simply plug in a 2 wherever you see an x and plug in a 6 wherever you see a y. Then you simplify the expression.
3(2) + 8(6) - 7
6 + 48 - 7
47
Hope this helps!
