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Why do you use the Division Property of Equality to solve an equation with multiplication?

Because you need to use inverse operations and the opposite of multiplication is division.


What is a property of equality used to solve multiplication equations?

A key property of equality used to solve multiplication equations is the Multiplication Property of Equality. This property states that if you multiply both sides of an equation by the same non-zero number, the two sides remain equal. For example, if ( a = b ), then ( a \times c = b \times c ) for any non-zero value of ( c ). This property is essential for isolating variables in multiplication equations.


The Multiplication Property of Equality holds true only if the same number is multiplied to both sides of an equation?

Yes.


What is the property that states that if you multiply both sides of an equation by the same number the new equation will have the same solution?

im not a 100 percent sure but i think its.... Multiplication Property of Equality


Is the property of equality used to solve multiplication equation?

Yes, the property of equality is used to solve multiplication equations. This property states that if two quantities are equal, you can multiply both sides of the equation by the same non-zero number without changing the equality. This allows you to isolate the variable and find its value. For example, if ( a = b ), then ( ac = bc ) for any non-zero ( c ).


What is the property of equality used to solve multiplication problems?

The property of equality used to solve multiplication problems is the Multiplication Property of Equality. This property states that if you multiply both sides of an equation by the same non-zero number, the two sides remain equal. For example, if ( a = b ), then ( a \times c = b \times c ) for any non-zero value of ( c ). This property is essential for isolating variables when solving equations.


Which equation follows from 1over3m plus 1 equals 10 by the Multiplication Property of Equality?

Dividing by 25 gives 3/10


What is the property of equality already used to solve multiplication equations?

The property of equality used to solve multiplication equations is the Multiplication Property of Equality. This property states that if you multiply both sides of an equation by the same non-zero number, the two sides remain equal. For example, if ( a = b ), then ( a \times c = b \times c ) for any non-zero ( c ). This allows us to isolate variables and solve equations effectively.


is this statement true or falseThe Addition Property of Equality states that an equation remains true if you add the same number to both sides of the equation.?

true


What is the difference between multiplication property of inequality and multiplication property of equality?

The multiplication property of equality states that if you multiply both sides of an equation by the same non-zero number, the two sides remain equal. In contrast, the multiplication property of inequality states that if you multiply both sides of an inequality by a positive number, the inequality remains unchanged, but if you multiply by a negative number, the inequality sign must be flipped. Thus, while equality preserves its form, inequality requires careful handling based on the sign of the multiplier.


Why is it not necessary to state a division property of equality?

It follows from the multiplication property of equality. Dividing both sides of an equation by the same number (not by zero, of course) is the same as multiply both sides of the equation by the number's reciprocal. For example, dividing both sides of an equation by 2 is the same as multiplying both sides by 0.5.


What does subtraction property of equality mean?

That means that subtracting the same value or expression from both sides of an equation is a valid operation, in the sense that the new equation will have the same solution set. The definitions of "addition property...", "multiplication property..." and "division property..." are similar; with the main caveat that you may not multiply or divide by zero.