A is asserting that each and every term is the previous one minus a million B is asserting that each and every term is the previous one minus 3 C is asserting that each and every term is two times the previous one upload a million D is asserting that each and every term is two times the previous one minus a million. are you able to respond to it now?
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Verified answer
Notice that the difference between terms of the sequence are powers of 2:
4, 8, 16, etc...
Written as powers of two, this is:
2^2, 2^3, 2^4, etc...
Therefore, the recursive definition is:
F[1] = 3
F[n] = F[n - 1] + 2^n
For example, F[2] = F[1] + 2^2 = 3 + 4 = 7
A is asserting that each and every term is the previous one minus a million B is asserting that each and every term is the previous one minus 3 C is asserting that each and every term is two times the previous one upload a million D is asserting that each and every term is two times the previous one minus a million. are you able to respond to it now?
a1=3,
a(n)=a(n-1)+2^n