WITH 180 PRACTICE QUESTIONS AND 100% CORRECT ANSWERS |
VERIFIED ANSWERS | GUARANTEED SUCCESS | ALREADY GRADED A+ |
WGU C784 APPLIED HEALTHCARE STATISTICS FINAL LATEST TEST
A number that can be written as a ratio of integers, which means it can be written as a
fraction. -
✔✔ - rational number
The result of multiplying values. - ✔✔ - product
A number whose value is 0 or greater and can be represented without a fractional or a
decimal component. - ✔✔ - whole number
The property that 0 can be added to any number without changing the value of the
number. Likewise, 1 can be multiplied by any number without changing the value of that
number. - ✔✔ - identity property
Two numbers equidistant from 0 on a number line whose sum is 0. For example, 3 and
-3. - ✔✔
- additive inverse
The greatest number that is both a factor of a and a factor of b. - ✔✔ - greatest
common factor (GCF)
1|Page
,A graphical method used to identify the prime factorization of an integer. - ✔✔ - factor
tree
A number, (positive, negative, or zero), that can be represented without a fractional or a
decimal component. - ✔✔ - integer
A collection of numbers whose values are distinct, separate, and unconnected. - ✔✔ -
discrete
Determining the set of prime numbers whose product is the original integer. - ✔✔ -
prime factorization
A collection of numbers whose values are not dividable into distinct units. - ✔✔ -
continuous
A string of terms that are connected by division, addition, and subtraction operations. -
✔✔ - expressions
The result of a division expression. - ✔✔ - quotient
Sometimes called a power, it is a quantity that represents repeated multiplication. -
✔✔ - exponents
An integer that divides another integer. We say an integer, x, is a factor of another
integer, y, if the quotient y/x is also equal to an integer. - ✔✔ - factor
2|Page
, A number with more factors than just one and itself. Not a prime number. - ✔✔ -
composite number
A concept which states that any integer greater than 1 is either prime or is the
product of a unique set of prime numbers. - ✔✔ - Fundamental Theorem of
Arithmetic
A number with only two factors: one and itself. - ✔✔ - prime number
The property that under certain operations in a multi-step expression, the
computations may be done in any order. Commonly represented as (a + b) + c = a +
(b + c). Addition and multiplication both have this property, but subtraction and
division do not. - ✔✔ - associative property
The product of any integer with itself yields this. So, a number is this if it can be
written as the square of an integer. For example, 9 is this because 3 * 3 = 9. Other
examples are 16, 25, 36, 49,... - ✔✔ - perfect square
In mathematics: a collection of numbers. - ✔✔ - set
A set of rules that defines the order in which mathematical operations should be
performed - ✔✔
- order of operations
The number you must multiply x by to get 1. For example, 5 and 1/5. - ✔✔ -
multiplicative inverse
3|Page