For what integer value(s) of x is the value of the expression -10 + x greater than 0? explain your reasoning
To find the integer value(s) of x for which the expression -10 + x is greater than 0, we need to set up an inequality.
The given expression is -10 + x.
We set up the inequality as:
-10 + x > 0
Now, we solve for x by isolating it on one side of the inequality.
Adding 10 to both sides of the inequality:
x > 10
So, any integer value of x greater than 10 will make the expression -10 + x greater than 0.
For example, x=11, x=12, x=13, and so on.
In conclusion, the integer value(s) of x for which the expression -10 + x is greater than 0 are all values of x greater than 10.
To find the integer value(s) of x for which the expression -10 + x is greater than 0, we need to solve the inequality:
-10 + x > 0
Let's solve it step-by-step:
Step 1: Add 10 to both sides of the inequality to isolate the variable:
-10 + x + 10 > 0 + 10
This simplifies to:
x > 10
Step 2: Here, x > 10 means that the value of x must be greater than 10 for the expression to be greater than 0.
Therefore, the integer values of x that make the expression -10 + x greater than 0 are all numbers greater than 10.