Home Mathematics A(n)=-5+6(n-1).. what’s the 12th term? A(n)=-5+6(n-1).. what’s the 12th term?Mathematics Nininichole431October 22, 20216 CommentsA(n)=-5+6(n-1).. what’s the 12th term?
Step-by-step explanation:According to the question a(n) = -5 for all real values of n.So the 12th term in the sequence is -5.Reply
The answer is 61Step-by-step explanation:To find each n term replace the n with term u need to find .A(12)= -5+6(12-1) =-5+6(11) =61Reply
Step-by-step explanation:The 12th term is gotten by replacing ń in the equation with 12. Hence,a(12)= - 5+6(12-1)Solving the bracket first by BODMAS,a12= - 5+6(11)Opening the bracket,a12=-5+66a12=66-5a12=61Reply
61Step-by-step explanation:Substitute n = 12 into the given formula, that isa(12) = - 5 + 6(12 - 1) = - 5 + (6 × 11) = - 5 + 66 = 61Reply
61Step-by-step explanation:Put 12 where n is, then do the arithmetic. a(12) = -5 +6(12-1) = 61We assume you didn't really mean to show an equation for -a(n). If you did, then the term you want is -61.Reply
61
Step-by-step explanation:
A(n)=-5+6(n-1)
Let n = 12
a(12) = -5 + 6(12-1)
-5+6(11)
-5+66
61
Step-by-step explanation:
According to the question a(n) = -5 for all real values of n.
So the 12th term in the sequence is -5.
The answer is 61
Step-by-step explanation:
To find each n term replace the n with term u need to find .
A(12)= -5+6(12-1)
=-5+6(11)
=61
Step-by-step explanation:
The 12th term is gotten by replacing ń in the equation with 12. Hence,
a(12)= - 5+6(12-1)
Solving the bracket first by BODMAS,
a12= - 5+6(11)
Opening the bracket,
a12=-5+66
a12=66-5
a12=61
61
Step-by-step explanation:
Substitute n = 12 into the given formula, that is
a(12) = - 5 + 6(12 - 1) = - 5 + (6 × 11) = - 5 + 66 = 61
61
Step-by-step explanation:
Put 12 where n is, then do the arithmetic.
a(12) = -5 +6(12-1) = 61
We assume you didn't really mean to show an equation for -a(n). If you did, then the term you want is -61.