Context for Mathematics: Numbers and Operations Flashcards

1
Q

Basic building blocks of mathematics

A

Numbers

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2
Q

Any positive or negative whole number, including zero. Does not include fractions, decimals, or mixed numbers.

A

Integer

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3
Q

Any whole number greater than 1 that has only two factors, itself and 1; that is, a number that can be divided evenly only by 1 and itself.

A

Prime number

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4
Q

Any whole number greater than 1 that has more than two different factors.

A

Composite Number

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5
Q

A number system that uses ten different digits.

A

Decimal
Base Ten Systems

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6
Q

Includes all integers, decimals, and fractions, including any terminating or repeating decimal number, that can be represented as a ratio.

A

Rational Number

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7
Q

Cannot be written as fractions or decimals because decimal place is infinite and there is no recurring pattern.

A

Irrational Numbers

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8
Q

The set of all rational and irrational numbers.

A

Real numbers

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9
Q

A mathematical process that takes some value(s) as input(s) and produces and output.

A

Operation

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10
Q

Each quantity in addition.

A

Addends

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11
Q

The result of addition.

A

Sum

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12
Q

The quantity that is decreased by the subtrahend in subtraction.

A

Minuend

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13
Q

The minuend is decreased by this quantity in subtraction.

A

Subtrahend

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14
Q

The result of subtraction.

A

Difference

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15
Q

Indicates how many times to add the multiplicand to itself in multiplication.

A

Multiplier

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16
Q

The multiplier indicates how many times to add this quantity to itself.

A

Multiplicand

17
Q

The result of multiplication

A

Product

18
Q

Th quantity that tells us how many parts to divide the dividend into

A

Divisor

19
Q

The divisor tells us how many times to divide this quantity into.

A

Dividend

20
Q

The result of division.

A

Quotient

21
Q

Designate which operations should be done first when there are multiple operations.

A

Parentheses

22
Q

A superscript number placed next to another number at the top right. Indicates how many times the base number is to be multiplied by itself.

A

Exponents

23
Q

Another way of writing a fractional exponent. Uses a radical symbol.

A

Roots

24
Q

Any number to the power of 1 is equal to itself.

a^1 = a

A

Identity Exponent Rule

25
Q

Any number raised to the power of 0 is equal to 1.

a^0 = 1

A

Zero Exponent Rule

26
Q

Add exponents to multiply powers of the same base number.

a^m x a^n = a^m+n

A

Product Rule of Exponents

27
Q

Subtract exponents to divide powers of the same number.

a^m / a^n = a^m-n

A

Quotient Rule of Exponents

28
Q

When a power is raised to a power, the exponents are multiplied.

(a^m)^n = a^(m x n)

A

Power of a Power Rule of Exponents

29
Q

Multiplication and division operations inside parentheses can be raised to a power. This is the same as each term being raised to that power.

(a x b) ^ m = a^m x b^m
(a / b) ^ m = a^m / a^b

A

Power of a Product/Quotient Rule of Exponents

30
Q

A negative exponent is the same as the reciprocal of a positive exponent.

a^-n = 1/a^n

A

Negative Exponent Rule

31
Q

Numbers that are multiplied together to obtain a product.

A

Factors

32
Q

A number that divides exactly into two or more other numbers.

A

Common Factor

33
Q

The largest number that is can divide exactly into two or more numbers.

A

Greatest Common Factor

34
Q

Integer increments of a given factor.

A

Multiples

35
Q

Smallest number that are integer increments of a given factor.

A

Least Common Multiple