7. {1-2} n calculate the first 6 terms (starting with n = 1) of each sequence...

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7. {1-2} n calculate the first 6 terms (starting with n = 1) of each sequence and graph these terms. ln(n) { 2n=1} n 11. { 3+ (−1)" } n 15. { } 8. {3+ 1/2/2} n 12. { 4+ (-1)"} n+1 16. { ¹ +¹} n! 9. n 1 13. { (-1)" ¹=¹ } n 17. {=} } 10. { } 14. { cos(nл/2) } 18. { (1 + 1 /- )" } 7. {1-2} n calculate the first 6 terms (starting with n = 1) of each sequence and graph these terms. ln(n) { 2n=1} n 11. { 3+ (−1)" } n 15. { } 8. {3+ 1/2/2} n 12. { 4+ (-1)"} n+1 16. { ¹ +¹ } n! 9. n 1 13. { (-1)" ¹=¹ } n 17. {=}}} 10. { } 14. { cos(nл/2) } 18. { (1 + 1 /- )" } 7. {1-2} n calculate the first 6 terms (starting with n = 1) of each sequence and graph these terms. ln(n) { 2n=1} n 11. { 3+ (−1)" } n 15. { } 8. {3+ 1/2/2} n 12. { 4+ (-1)"} n+1 16. { ¹ +¹} n! 9. n 1 13. { (-1)" ¹=¹ } n 17. {=} } 10. { } 14. { cos(nл/2) } 18. { (1 + 1 /- )" } 7. {1-2} n calculate the first 6 terms (starting with n = 1) of each sequence and graph these terms. ln(n) { 2n=1} n 11. { 3+ (−1)" } n 15. { } 8. {3+ 1/2/2} n 12. { 4+ (-1)"} n+1 16. { ¹ +¹ } n! 9. n 1 13. { (-1)" ¹=¹ } n 17. {=}}} 10. { } 14. { cos(nл/2) } 18. { (1 + 1 /- )" }