If a + 5 = b + 8, then b + 8 = a + 5
A. Transitive Poperty
B. Symmetric Property
C. Commutative Property
D. Associative Property
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If a = 16 and b = 8, then a + b = 24
A. substitution principle
B. trichotomy principle
C. Reflexive Property
D. Addition Property of equality
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PQ = PQ
A. reflexive property
B. symmetric property
C. Addition property of equality
D. addition property of inequality
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if ST > UV and UV > WX, then ST > WX
A. reflexive property
B. symmetric property
C. transitive property
D. multiplication property
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In Additive Inverse Property, - 8 + 8 = _____.
A. 0
B. 1
C. 16
D. -16
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In Reflexive property: 2( a +b) = ________
A. 2a +2b
B. 2 (a+ b)
C. 2a + b
D. undefined
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In addition property of Equality: If y + 2 = 18, then y + 2 + (-2) = 18 + ______
A. y + 2
B. 2
C. -2
D. 16
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in Commutative Property of Addition: [b + (-a)] c = ________
A. bc + (-ac)
B. b[(-a) +c]
C. c[(-a) +b]
D. abc - abc
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If a + 5 = b + 8, then b + 8 = a + 5
A. Transitive Poperty
B. Symmetric Property
C. Commutative Property
D. Associative Property
If a = 16 and b = 8, then a + b = 24
A. substitution principle
B. trichotomy principle
C. Reflexive Property
D. Addition Property of equality
PQ = PQ
A. reflexive property
B. symmetric property
C. Addition property of equality
D. addition property of inequality
if ST > UV and UV > WX, then ST > WX
A. reflexive property
B. symmetric property
C. transitive property
D. multiplication property
In Additive Inverse Property, - 8 + 8 = _____.
A. 0
B. 1
C. 16
D. -16
In Reflexive property: 2( a +b) = ________
A. 2a +2b
B. 2 (a+ b)
C. 2a + b
D. undefined
In addition property of Equality: If y + 2 = 18, then y + 2 + (-2) = 18 + ______
A. y + 2
B. 2
C. -2
D. 16
in Commutative Property of Addition: [b + (-a)] c = ________
A. bc + (-ac)
B. b[(-a) +c]
C. c[(-a) +b]
D. abc - abc
Transitive Property
The Transitive Property states that for all real numbers x ,y, and z, if x=y and y=z , then x=z . Substitution Property. If x=y , then x may be replaced by y in any equation or expression.
Symmetric Property
The symmetric property of equality tells us that both sides of an equal sign are equal no matter which side of the equal sign they are on. Remember it states that if x = y, then y = x.
Commutative Property
The commutative property states that the change in the order of numbers in an addition or multiplication operation does not change the sum or the product. The commutative property of addition is written as A + B = B + A.
Associative Property
The formula for the associative property of multiplication is (a × b) × c = a × (b × c). This formula tells us that no matter how the brackets are placed in a multiplication expression, the product of the numbers remains the same.
Addition Property of Equality
If two expressions are equal to each other, and you add the same value to both sides of the equation, the equation will remain equal. When you solve an equation, you find the value of the variable that makes the equation true.
Reflexive Property
In algebra, the reflexive property of equality states that a number is always equal to itself. Reflexive property of equality. If a is a number, then. a = a . a = a.
Multiplication Property
The properties of multiplication are distributive, commutative, associative, removing a common factor and the neutral element.