Question

Eliminate the radical from the denominator of a fraction

common ratio
2. the expression under a radical symbol
geometric sequence
3. expressions having the same root index and the same radicand
like radicals
4. the (superscript) number in an exponential expression which tells how many times a factor is repeated
exponent
5. a sequence in which there is a common ratio between the terms
radicand
6. the fixed amount multiplied by a term to get to the next term in a geometric sequence
rationalize
7. an individual quantity or number in a sequence
10.
base
8. a set of numbers that follows a pattern, with a specific first number
radical expression
9. the small number preceding a radical symbol that indicates the desired root of the radicand
index
10. the number which is repeated as a factor in an exponential expression
term
11. an expression that contains a radical; √ 7 and √ 21y are examples of radical expressions
sequence
(not in order)

Also if you don't mind i really need a hug right now.

Answer 1

OML PLEASE i cant nu uh no pleaseee fix this my brain is dying pleaseeeee add the part of the question you cut out zrdxetfrcgyvhAnswer:

1. The fixed amount multiplied by a term to get to the next term in a geometric sequence - Common ratio

2. Defines the term with direct computation for any term in the sequence - Explicit formula

3. A sequence in which there is a common ratio between the terms - Geometric sequence

4. The term that is immediately before - Preceding term

5. Defines the next term in a sequence by using the preceding term - recursive formula

Step-by-step explanation:

Match the following vocabulary terms to the correct definitions.

1. The fixed amount multiplied by a term to get to the next term in a geometric sequence - Common ratio

2. Defines the term with direct computation for any term in the

sequence - Explicit formula

3. A sequence in which there is a common ratio between the terms - Geometric sequence

4. The term that is immediately before - Preceding term

5. Defines the next term in a sequence by using the preceding term - recursive formula

Step-by-step explanation:

i think you just cut off the part where it tells you to match the terms? if not well i tried if u explain it to my slow axx i can still try and help *hugs chu*