Y9_U2_PB2.1

Last updated almost 5 years ago

40 Nsɛmmisa

Laabri

Y9_U2_PB2.1

Last updated almost 5 years ago

40 Nsɛmmisa

1

2

1

2

1

First term= , second term term = , third term=

1

First term= , second term term = , third term=

1

First term= , second term term = , third term=

1

2

1

Work out the the fifth term and show your work clearly

2

Work out the the first term and show your work clearly

1

The first 4 terms are , , ,

1

The first 4 terms are , , ,

1

The first 4 terms are , , ,

2

The first 4 terms are , , ,

1

The first 4 terms are , , ,

1

The first 4 terms are , , ,

1

The first 4 terms are , , ,

1

The first 4 terms are , , ,

1

First term= , second term term = , third term=

1

First term= , second term term = , third term=

1

First term= , second term term = , third term=

1

First term= , second term term = , third term=

1

The position-to-term rule is x position number x .

2

The position-to-term rule is position number²+

Is this sequence linear or non-linear?

Linear

Non-Linear

need help

Term-to-term rule

Is this sequence linear or non-linear?

Linear

Non-Linear

Term-to-term rule

Is this sequence linear or non-linear?

Linear

Non-Linear

need help

Term-to-term rule

Is this sequence linear or non-linear?

Linear

Non-Linear

need help

Term-to-term rule

Is this sequence linear or non-linear?

Linear

Non-Linear

need help

Term-to-term rule

Is this sequence linear or non-linear?

Linear

Non-Linear

Need help

Term-to-term rule

Is this sequence linear or non-linear?

Linear

Non-Linear

need help

Term-to-term rule

Is this sequence linear or non-linear?

Linear

Non-Linear

need help

Term-to-term rule

Is this sequence linear or non-linear?

Linear

Non-Linear

need help

Term-to-term rule is

First 4 terms are ,,,

First 4 terms are,,,

First 4 terms are ,,,

First 4 terms are , , ,

Work out the the fifth term and show your work clearly

Work out the the first term and show your work clearly

The first 4 terms are , , ,

First term= , second term term = , third term=

The position-to-term rule is x position number x .

The position-to-term rule is position number²+