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How can associative property of multiplication can help solve math problems mentally?
You can do the easy bits first. Thus, to calculate 7*5*2, instead of doing 35*2 = 70, you can calculate 7*10 = 70. By itself, the associative property is not as useful as it is in combination with the commutative and distributive properties.
How do you solve an equivalent expression using the commutative law?
4+m
Can the distributive property be used to solve 4 times 30?
Yes, but it would be a pointless thing to do. The associative property is much more appropriate.
How do you solve associative in equation?
The associative property means that in a sum (for example), (1 + 2) + 3 = 1 + (2 + 3). In other words, you can add on the left first, or on the right first, and get the same result. Similar for multiplication. How you use this in an equation depends on the equation.
How do you solve sums based on commutative property of multiplication?
The commutative property of multiplication states that changing the order of numbers does not change the result or it's value. For example: If 3+2=5 Then 2+3=5 In multiplication: If 3x2=6 Then 2x3=6 There for 3x2=2x3
How can associative property of multiplication can help solve math problems mentally?
You can do the easy bits first. Thus, to calculate 7*5*2, instead of doing 35*2 = 70, you can calculate 7*10 = 70. By itself, the associative property is not as useful as it is in combination with the commutative and distributive properties.
How do you solve an equivalent expression using the commutative law?
4+m
If 2x2 equals 2x2 is a commutative property?
I'm sorry but I can't solve that problem. B(
How do you use the properties of similarity to solve practical problems?
how do you use the properties of similarity to solve practical problem
Can the distributive property be used to solve 4 times 30?
Yes, but it would be a pointless thing to do. The associative property is much more appropriate.
Describe the role of axiom systems in algebra?
An axiom in algebra is the stepping stone to solving equations. In order to solve and equation you know how to use the commutative, associative, distributive, transitive and equalilty axiom to solve the basic steps. For example: if you want an equation in the form y = mx + b, given 6x - 3y = 9 you must subtract 6x from both sides giving: -3y = 9-6x. Then you divide by -3 to get y = -3 + 2x. But the equation is not in the from y = mx + b. So we use the commutative property to switch the -3 + 2x and make it 2x - 3. Now it become y = 2x -3. and it is in the form y = mx + b. This manipulation could not be perfromed unless tahe student knew the commutative property. Once the axiom is know the algebraic manipulations fall into place.
How do you solve associative in equation?
The associative property means that in a sum (for example), (1 + 2) + 3 = 1 + (2 + 3). In other words, you can add on the left first, or on the right first, and get the same result. Similar for multiplication. How you use this in an equation depends on the equation.
How do you solve sums based on commutative property of multiplication?
The commutative property of multiplication states that changing the order of numbers does not change the result or it's value. For example: If 3+2=5 Then 2+3=5 In multiplication: If 3x2=6 Then 2x3=6 There for 3x2=2x3
How do you solve a set?
You cannot solve a set You may be able to solve some questions about properties of a set, or the set and another set. But a set, by itself, is not something that requires or can be "solved".
How do the properties help solve equations and inequalities?
The answer depends on which properties you have in mind. And since you have not bothered to share that crucial bit of information, I cannot provide a more useful answer.
Which property would help you solve 42 15 28 mentally because you would add 42 and 28 first then add 15?
the property says that a+b+c is the same as a+c+b and it is the commutative property of addition.
What properties of quality are frequently used to solve linear equations?
Quality does not normally play any part in linear equations.
