Study sets matching "exponents factors fractions"
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Divisible
Factor
Exponents
Base
Capable of being divided evenly.
An integer that can divide into another integer with a remaind…
A way of showing repeated multiplication. Also known as a "pow…
The number that is multiplied in an exponential expression.
Divisible
Capable of being divided evenly.
Factor
An integer that can divide into another integer with a remaind…
prime number
composite number
prime factorization
factor tree
A number that has only two factors (itself and 1)
A number that has more than two factors
A whole number written as the product of prime factors
This diagram is a
prime number
A number that has only two factors (itself and 1)
composite number
A number that has more than two factors
Divisible
Factor
Exponents
Base
Capable of being divided evenly.
An integer that can divide into another integer with a remaind…
A way of showing repeated multiplication. Also known as a "pow…
The number that is multiplied in an exponential expression.
Divisible
Capable of being divided evenly.
Factor
An integer that can divide into another integer with a remaind…
base
composite number
equivalent fractions
exponent
When a number is written in exponential form, the number that…
A composite number is a whole number greater than 1 that has m…
Equivalent fractions are fractions that name the same amount.
An exponent tells how many times a number, or base, is used as…
base
When a number is written in exponential form, the number that…
composite number
A composite number is a whole number greater than 1 that has m…
Exponent
Base
Writing Exponents
Multiple
The ______ tells you how many times the base is used as a fact…
The number being multiplied in an exponent problem.
If you had the exponent shown in the picture, you would write…
A ________ of a number is the product of the number and a non…
Exponent
The ______ tells you how many times the base is used as a fact…
Base
The number being multiplied in an exponent problem.
Divisible
Factor
Exponents
Power
One integer is ____ by another if the remainder is 0 when you…
One integer is a ___ of another nonzero integer if it divides…
_____ are used to show repeated division.
A _____ has two parts, a base and an exponent.
Divisible
One integer is ____ by another if the remainder is 0 when you…
Factor
One integer is a ___ of another nonzero integer if it divides…
Base
Composite Number
Divisible
Equivalent Fractions
Large number in power
An integer grater than 1 w/ more then two positive factors
When the remainder is 0 after dividing
Fractions that describe the same part of a whole
Base
Large number in power
Composite Number
An integer grater than 1 w/ more then two positive factors
Inequality
Solution of an inequality
Equivalent inequality
Literal Equation
A mathematical sentence indicating that two quantities are not…
any number that makes the inequality true
An inequality that has the same solutions as the original ineq…
An equation or formula that has more than one variable
Inequality
A mathematical sentence indicating that two quantities are not…
Solution of an inequality
any number that makes the inequality true
Base
Composite Number
Divisible
Equivalent Fractions
Large number in power
An integer grater than 1 w/ more then two positive factors
When the remainder is 0 after dividing
Fractions that describe the same part of a whole
Base
Large number in power
Composite Number
An integer grater than 1 w/ more then two positive factors
Power to a Power
Multiplying Powers
Dividing Powers
Negative Exponents
Multiply the exponents together and keep the base the same.
Add the exponents together and keep the base the same.
Subtract the exponents and keep the base the same.
To change the sign cross the line. Find the reciprocal to make…
Power to a Power
Multiply the exponents together and keep the base the same.
Multiplying Powers
Add the exponents together and keep the base the same.
Power to a Power
Multiplying Powers
Dividing Powers
Negative Exponents
Multiply the exponents together and keep the base the same.
Add the exponents together and keep the base the same.
Subtract the exponents and keep the base the same.
To change the sign cross the line. Find the reciprocal to make…
Power to a Power
Multiply the exponents together and keep the base the same.
Multiplying Powers
Add the exponents together and keep the base the same.
Power to a Power
Multiplying Powers
Dividing Powers
Negative Exponents
Multiply the exponents together and keep the base the same.
Add the exponents together and keep the base the same.
Subtract the exponents and keep the base the same.
To change the sign cross the line. Find the reciprocal to make…
Power to a Power
Multiply the exponents together and keep the base the same.
Multiplying Powers
Add the exponents together and keep the base the same.
Twos
Threes
Fours
Fives
2^1=2... 2^2=4... 2^3=8... 2^4=16... 2^5=32... 2^6=64... 2^7=128... 2^8=256... 2^9=512
3^1=3... 3^2=9... 3^3=27... 3^4=81
4^1=4... 4^2=16... 4^3=64... 4^4=256
5^1=5... 5^2=25... 5^3=125... 5^4=625
Twos
2^1=2... 2^2=4... 2^3=8... 2^4=16... 2^5=32... 2^6=64... 2^7=128... 2^8=256... 2^9=512
Threes
3^1=3... 3^2=9... 3^3=27... 3^4=81
Even exp on fractions < -1
Even exp on fractions between -1 and 0
Even exp on fractions between 0 and 1
Even exp on fractions > 1
Result is bigger
Result is bigger
Result is smaller
Result is bigger
Even exp on fractions < -1
Result is bigger
Even exp on fractions between -1 and 0
Result is bigger