'5th term' presentation slideshows

An Introduction to Sequences & Series

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Math 140 Quiz 6 - Summer 2004 Solution Review

Math 140 Quiz 6 - Summer 2004 Solution Review. (Small white numbers next to problem number represent its difficulty as per cent getting it wrong.). Problem 1 (12). Test for arithmetic sequence:. No common difference => not arithmetic sequence Test for geometric sequence:.

395 views • 28 slides

Patterns

Patterns. ?. How do these patterns change from term to term?. Continue the Pattern. Pert 1: Directions Finish this pattern. Build the 3 rd , 4 th terms. Try many ways. Record your patterns. Continue the Pattern. Part2: Directions Fold back the paper so that only 1,2,3 show.

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The Binomial Theorem

The Binomial Theorem. A binomial is a polynomial with two terms such as x + a. Often we need to raise a binomial to a power. In this section we'll explore a way to do just that without lengthy multiplication. Can you see a pattern? Can you make a guess what the next one would be?.

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GEOMETRIC SEQUENCES

GEOMETRIC SEQUENCES. These are sequences where the ratio of successive terms of a sequence is always the same number. This number is called the common ratio . 1, 2, 4, 8, 16 . . . r = 2.

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Mathematical Treasure-hunt: Sequences

Mathematical Treasure-hunt: Sequences. Cut out each of the question slides and place them around the room, stick them on the walls if you wish. Print out and distribute the answer sheet, one per pupil, or team, and set them off to find the answers. The correct sequence is:

269 views • 11 slides

The Binomial Theorem

The Binomial Theorem. A binomial is a polynomial with two terms such as x + a. Often we need to raise a binomial to a power. In this section we'll explore a way to do just that without lengthy multiplication. Can you see a pattern? Can you make a guess what the next one would be?.

284 views • 11 slides

Mathematical Treasure-hunt: Sequences

Mathematical Treasure-hunt: Sequences. Cut out each of the question slides and place them around the room, stick them on the walls if you wish. Print out and distribute the answer sheet, one per pupil, or team, and set them off to find the answers. The correct sequence is:

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U SING AND W RITING S EQUENCES

U SING AND W RITING S EQUENCES. You can think of a sequence as a set of numbers written in a specific order. ( Any sequence can be defined as a function whose domain is the set of natural numbers .). The numbers (outputs) of a sequence are called terms. U SING AND W RITING S EQUENCES.

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Determine whether the sequence 6, 18, 54, 162... is geometric. If it is geometric, find the common ratio. Choose the ans

Determine whether the sequence 6, 18, 54, 162... is geometric. If it is geometric, find the common ratio. Choose the answer from the following :. Geometric sequence, r=3 Geometric sequence, r=6 Not a geometric sequence. 1. 2. 3.

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Geometric sequence, r=3 Geometric sequence, r=6 Not a geometric sequence

Determine whether the sequence 6, 18, 54, 162... is geometric. If it is geometric, find the common ratio. Choose the answer from the following :. Geometric sequence, r=3 Geometric sequence, r=6 Not a geometric sequence. 1. 2. 3.

75 views • 5 slides