Answer:
4+x>13
x>9
Step-by-step explanation:
This statement represents an inequality. To solve for the missing number first write out the inequality algebrically.
"Four more" implies that 4 is being added to the number. Another way to "a number" is to use the variable, x. So, the left side of the inequality is 4+x. Then, it says that this is "more than" 13. Thus, the greater than sign, >, should be used. This means that the final inequality is 4+x>13.
Next, you can solve the inequality by subtracting 4 from both sides. This gives x>9.
I think it’s called an Heptadecagon
Answer: OPTION B.
Step-by-step explanation:
We have the following functions f(x) and g(x):
In order to find for which values of "x" 
, we can check each option given:
<u>OPTION A</u>
Substitute 
into the function f(x) and evaluate:
Substitute into the function g(x) and evaluate:
Substitute 
into the function f(x) and evaluate:
Substitute into the function g(x) and evaluate:
This is not the correct option.
<u>OPTION B</u>
We already know that:
Substitute 
into the function f(x) and evaluate:
Substitute into the function g(x) and evaluate:
<em> This is the correct option.</em>
<u>OPTION C</u>
We already know that:
Therefore, this is not the correct option.
<u>OPTION D</u>
We already know that:
Substitute 
into the function f(x) and evaluate:
Substitute into the function g(x) and evaluate:
This is not the correct option.
Explanation is in a file
bit.
ly/3a8Nt8n
Divide as usual
Position the decimal point in the result directly above the decimal point in the dividend.
Check your answer: Use the calculator and multiply the quotient by the divisor.
