Answer:
Option 3: 12 is the correct answer.
Step-by-step explanation:
Given functions are:
In order to find the value of x on which (f-g)(x) will be zero, first of all we have to find (f-g)(x) and then equate it equal to zero to find the value of that will make (f-g)(x)
So,
Now to find the value of x on which (f-g)(x) will be zero, putting (f-g)(x) = 0
Adding 24 on both sides
Dividing both sides by 2
For x=12, (f-g)(x) will be zero.
Hence,
Option 3: 12 is the correct answer.
Answer:
14.888
Step-by-step explanation:
Trust me :)
Since $53.10 is a part of $1,735, you would write it as the fraction 53.10/1,735.
Dividing this, you get 0.0306.
To turn this in to a fraction, you multiply it by 100, making it 3.06%.
Since we’re rounding to the nearest tenth of a percent, our final answer would be 3.1%.
$151.34
You subtract $45.23 and $18.00 from $138.72 and then add $75.85 to the sum of that and get $151.34 as your answer.
Four hundred and eighty five million, two thousand.
