There are 30 outfit possibilities. Normally for a problem like this you just have to multiply all the numbers, but the trick to this question is to first add the number of shirts. If you don't, then some of your outfits will be a sweater and dress shirt with no pants, which isn't an outfit. So you have a total of 10 shirts and 3 pairs of pants, and when you multiply them you get a total of 30 outfits.
To calculate the total number of outfits possible with 3 shirts and 3 pairs of pants, you can use the fundamental counting principle. This principle states that you multiply the number of choices for each category together to find the total number of outcomes. In this case, there are 3 choices for shirts and 3 choices for pants, so the total number of outfits possible is 3 shirts x 3 pants = 9 outfits.
4 x 4 = 16
Yes. Factor pairs are always repeated across pairs since factor pairs are certain kinds of pairs.
3 pairs
A cube has six pairs of intersecting line segments. These six pairs will total 72 lines in a cube.
How many different outfits are possible from six shirts, four pairs of pants, and five pairs of socks?
3 pairs of slacks x 4 sweaters = 12 different outfits
24 outfits. (4 x 3 x 2)
45 outfits
H
24 is the answer
To calculate the total number of outfits possible with 3 shirts and 3 pairs of pants, you can use the fundamental counting principle. This principle states that you multiply the number of choices for each category together to find the total number of outcomes. In this case, there are 3 choices for shirts and 3 choices for pants, so the total number of outfits possible is 3 shirts x 3 pants = 9 outfits.
A lot
24
8
3 x 4 x 3 = 36
72 = 6*4*3