2) 1/12 times 3/5 = 1*3 = 3 12*5 = 60 3/60 3 and sixty divided by 3
= 1/20 ANSWER
3) (-5/8)(-12/5) = the two 5's cancel each other. This becomes (-1/5)(-12/5) = 12/8 12 and 8 divided by 4
= 3/2 ANSWER
4) 6/7 divided by 8/7 becomes 6/7 times 7/8
7's cancel each other becomes 6/8
6 and 8 divided by 2
= 3/4 ANSWER
Answer: The answer is 12.
Step-by-step explanation: Given that a point 'x' is lying at 
on the number line. Another point 'y' is also lying at the same distance from 0 but has a numerator of 8. We are to find the denominator of 'y'.
Since 'x' is lying at on the number line so its distance from 0 will be
Let the denominator of 'y' be p, then its distance from 0 will be
According to the given information, we must have
Thus, the denominator will be 12.
If all the rows and columns have the some number of blocks, then
(number of blocks in each row) times (number of blocks in each column)
must be a perfect square.
'121' is the only choice on the list that's a perfect square. It's the square of 11.
Answer:
Step-by-step explanation:
Vertex form is
We know that h and k are both -4. Let x be -2 and y be -16.
So the equation in vertex form is
