Answers:
The first five terms are: 3, 8, 13, 18, 23
This is a linear sequence
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Explanation:
Plug in n = 1 to get the first term
E(n) = 5*n-2
E(1) = 5*1-2
E(1) = 3
So 3 is the first term
Do the same for n = 2 to get the second term
E(n) = 5*n-2
E(2) = 5*2-2
E(2) = 8
So 8 is the second term
And again for n = 3
E(n) = 5*n-2
E(3) = 5*3-2
E(3) = 13
This means 13 is the third term
And again for n = 4
E(n) = 5*n-2
E(4) = 5*4-2
E(4) = 18
This means 18 is the fourth term
Finally, repeat for n = 5
E(n) = 5*n-2
E(5) = 5*5 - 2
E(5) = 23
So 23 is the fifth term
This sequence is linear because we're incrementing by the same amount each time. In this case, we're adding 5 each time for the sequence 3, 8, 13, 18, 23, and so on.
Solve each separately then compare each one to see which one is greater and then you can do that OK hope this helped
Answer:
x=
22
/3y
Step-by-step explanation:
brainliest?
The first one 3x + y= -6
First 3x + y= -6
-3 -3x
——. ——
y= -3x-6
Second 6.2 + 5y = 6
-6.2. -6.2
———- ———
5y= -0.2
—— ——-
5. 5
y = -0.2/5 or -0.04 as decimal
Answer: (x−y)(2x+3y)
Step-by-step explanation: Check picture :)