What is meant by strictly addictive properties of a solution?
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Let's start with the following true inequality:
10 < 20
Next, we will add -5 to each side of the equation as follows:
10 + (-5) < 20 + (-5)
Finally, simplify to get the following:
5 < 15
The inequality still holds true as expected. Notice that we can use subtraction within the additive properties by adding a negative number. Let's try an example with one variable:
x - 25 > 55
We want to solve for x, so we can use the additive property of inequalities and add 25 to both sides of the inequality and simplify:
x - 25 + 25 > 55 + 25
x > 80
While solving the above inequality, and the equation earlier, we were using another basic property of algebra called the additive inverse property.
Definition: Additive Inverse Property
The additive inverse of any number a is -a. If we add these terms together we get zero:
a + (-a) = 0
10 < 20
Next, we will add -5 to each side of the equation as follows:
10 + (-5) < 20 + (-5)
Finally, simplify to get the following:
5 < 15
The inequality still holds true as expected. Notice that we can use subtraction within the additive properties by adding a negative number. Let's try an example with one variable:
x - 25 > 55
We want to solve for x, so we can use the additive property of inequalities and add 25 to both sides of the inequality and simplify:
x - 25 + 25 > 55 + 25
x > 80
While solving the above inequality, and the equation earlier, we were using another basic property of algebra called the additive inverse property.
Definition: Additive Inverse Property
The additive inverse of any number a is -a. If we add these terms together we get zero:
a + (-a) = 0
shanza2119:
so in the given example inequality is addictive property
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