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35 Cards in this Set
- Front
- Back
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4 + 8 = 8 + 4 |
Commutative Property of Addition
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2 x 6 = 6 x 2
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Commutative Property of Multiplication
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(2 + 3) + 6 = 2 + (3 + 6)
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Associative Property of Addition
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(2 x 7) x 4 = 2 x (7 x 4)
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Associative Property of Multiplication
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11 + 0 = 11
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Identity Property of Addition
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9 x 1 = 9
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Identity Property of Multiplication
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3 + (-3) = 0
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Inverse Property of Addition
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3 x (1/3) = 1
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Inverse Property of Multiplication
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8(2 + 3) = 8 x 2 + 8 x 3
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Distributive Property
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23 x 0 = 0
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Multiplication Property of Zero
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-1 x 4 = -4
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Multiplication Property of -1
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e + g = g + e
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Commutative Property of Addition
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yz = zy
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Commutative Property of Multiplication
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q + (w + r) = (q + w) + r
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Associative Property of Addition
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hjk = kjh
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Associative Property of Multiplication
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c + 0 = c
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Identity Property of Addition
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1g = g
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Identitiy Property of Multiplication
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h + (-h) = 0
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Inverse Property of Addition
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f + (1/f) = 1
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Inverse Property of Multiplication
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d(t + u) = dt + du
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Distributive Property
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n * 0 = 0
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Multiplication Property of Zero
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-z * (-1) = z
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Multiplication Property of -1
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a = a |
Reflexive Property |
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a=b, then b=a |
Symmetric Property |
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If a=b and b=c, then a=c |
Transitive Property |
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If a=b, then a + c= b +c and c+a=c+b |
Addition Property |
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If a=b, then ac = bc and ca=cb |
Multiplication Property |
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a - b = a + (-b)
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subtraction |
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a(b-c) = ab - ac
and
(b-c)a = ba - ca |
distributive property |
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a x 0 = 0
and
0 x a = 0 |
multiplication property of zero |
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a(-1) = -a
and
(-1)a = -a |
multiplication property of -1 |
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-ab=(-a)b
and
-ab=a(-b) |
property of opposite of a product |
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-(a + b) = (-a) + (-b) |
property of opposite of a sum |
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The quotient a divided by b is written a/b. For every real number a and nonzero real number b,
a/b = a x 1/b
*to divide by any nonzero number, multiply by its reciprocal. Since 0 has no reciprocal, division by 0 is not defined |
definition of division |
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(a + b)/c = a/c + b/c
and
(a-b) /c = a/c - b/c |
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