The number of possibilities for the first one is 50 choose 5, and the number of possibilities for the second one is 60 choose 6. Since 50 choose 5 is 2118760 and 60 choose 6 is 50063860. There are less possible outcomes for state "A" and therefore you have a higher chance of winning.
Answer:
y=5
m<A= 25
m<E= 35
Step-by-step explanation:
since <E equals <B due to CPCTC the equation:
3y+20=10+5y
is the equation
1/5 i hope it helps. We knows this because 20 times 5 is 100. 5 times 2 is 10.


We have to name a line that "contains" point P. This means that we have to find a line that passes through point P. We can see that line PS/n goes through point P.

We have to find the plane's name. The name (usually a letter) is usually on a corner of the plane, in caps. We could see that there is an F on the bottom left hand corner of the plane, so F is our plane name.

To name an intersection of lines n and m, we have to find the point where they intersect and name it. We could see that point R goes through both lines, so that is our answer.

We have to name a point that does not contain lines l, m, or n. Point W is a point that is not on any of the lines.

Another name for line n is also line PS (add a line on the top of PS when writing this!) because point P and point S are two points on line n.

Line l does not intersect lines n or m because those lines do not go through line l at all.

Answer: No
Step-by-step explanation:
To get the least possible product, you want both the 2-digit number and the 1-digit number to be as small as possible
The smallest 2-digit number is 10
The smallest nonzero 1-digit number is 1
so the smallest product is 10 * 1 = 10