Option C:
is the correct answer.
Explanation:
The given expression is 
We need to factor the expression.
Let us rewrite the expression as

Also, we can rewrite the term
as 
Thus, we have,

Hence, the equation is of the form,

where
and 
Hence, the factor of the expression can be written as 
Thus, the factored expression is 
Therefore, Option C is the correct answer.
John's Bar 60 km away from Ben's Bar.
Doug's Bar is 40 km away from Kieran's Bar
John's Bar is 10 km nearer to Doug's Bar than Kieran's Bar
If I am to assume that these bar are in a liner position,
Ben's Bar Kieran's Bar John's Bar Doug's Bar
************* 60km*******************
*****************40 km ********************
*********30 km**************
Doug's Bar is 90 km away from Ben's Bar.
Ben to John = 60 km
John to Doug = 30 km
Ben to Doug = 60 + 30 = 90 km.
The distance between him and school is 1.59 miles. Of course this distance is linear to make this problem simple. He walks with a speed of 3 miles per hour or 0.00083 mile per second.
To calculate time from distance and speed we use this formula:
seconds. To convert minutes we divide number of second by 60.
.
It will take him approximately 60 minutes to get to school.
Answer:
yes
Step-by-step explanation:
he has gained more than 6 pounds
15 movies because 12+13=25 and 40-25 is 15 movies in august