body{margin:0;} noscript{z-index: 10000; position: fixed; display: block; height: 100%; width: 100%; background: #fff;} noscript .fa{font-size: 40px; display:block; color: #daa520;} noscript div{margin-top: 6%; padding-left: 20px; padding-right: 20px; text-align: center;} ! You must have JavaScript enabled to use this site.

Big Ideas Math Integrated I, 2016

BI

Big Ideas Math Integrated I, 2016 View details

6. Recursively Defined Sequences

Continue to next subchapter

Exercise 15 Page 318

Use a table to organize the terms and find the pattern.

a_1=243, a_n= 13a_(n-1)

Practice makes perfect

To write a recursive rule for the given sequence, we will use a table to organize the terms and find the pattern.

The sequence is geometric, with first term a_1=243 and common ratio r=0.3, or 13. To write the recursive rule, we will substitute these values into the general formula for the recursive rule of a geometric sequence. la_1=a a_n=r* a_(n-1) ⇒ la_1= 243 a_n= 13a_(n-1)

Subchapter links

Communicate Your Answer p.313

Monitoring Progress p.315-317

Exercises p.318-320