Answer:
5/6
Step-by-step explanation:
1/3 has two more thirds until it's a whole
17/20 has three more twentieths until it's a whole
1/4 has four more fourths until it's a whole
5/6 has <u>one</u> more sixth until it's a whole
Answer:
there are 86493225 possible ways you can get a bag of 12 doughnuts
Step-by-step explanation:
since we do not care about the order of the donuts in the bag ,we will need to calculate the number of possible combinations for 30 different elements in a group of 12 , then:
Number of combinations=C= n! /[(n-r)!*r!]
where n= number of elements , r= group size
replacing values
C= n! /[(n-r)!*r!] = 30!/[(30-12)!*12!] = 86493225 possible combinations
There's no way to tell with the given information.
You've given us one point on a graph . . . (-15, 12) .
There are an infinite number of different lines that can
go through that point. We don't know anything about
the function (how 'y' depends on 'x'), so we have no way
to know any other point on the graph.
Answer:
YZ cannot be determined from the similar triangles
Step-by-step explanation:
Given two similar triangles, to get any sides of the triangles, the ratio of their congruent sides is equal to a constant, Hence;
AB/XY = AC/XY
Also, BC/YZ = AB/XY
This shows that to get YZ, both BC and XY must be given. Since we are not given either of the two sides hence YZ cannot be determined from the similar triangles
