# Find the 37th term of an arithmetic sequence whose second and third terms are −4 and 12. If the fourth term of an arithmetic sequence is 17 and the second term is 3, find the 24th term.

Wierzycaz 2021-01-15 Answered
Find the 37th term of an arithmetic sequence whose second and third terms are −4 and 12. If the fourth term of an arithmetic sequence is 17 and the second term is 3, find the 24th term.
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## Expert Answer

ottcomn
Answered 2021-01-16 Author has 97 answers
Step 1 Given: Second term Third term $\left({a}_{3}\right)=12$ Step 2 Used concept Where

Step 3 Apply the above concept it gives

now,
Step 4 The ${37}^{\left(th\right)}$ term of the given arithmetic sequence will be

$=556$ (answer)
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