5*8*3 = 120 outfits.
8x5x6 = 240
How many different outfits are possible from six shirts, four pairs of pants, and five pairs of socks?
45 outfits
12
H
8x5x6 = 240
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 determine the total number of outfit combinations, multiply the number of choices for each clothing item. You have 2 pairs of shoes, 2 shirts, and 3 pants. Therefore, the total combinations are calculated as (2 \text{ (shoes)} \times 2 \text{ (shirts)} \times 3 \text{ (pants)} = 12) different outfit choices.
Assuming an outfit is one shirt, one pair of pants and one pair of shoes, there are 24 different outfits.
Assuming the shirts and pants are all different and that an "outfit" consists of one shirt and one pair of pants and that Jimmy is using these shirts and pants to make his outfits, there are 42 possible combinations.
Melissa can create different outfits by pairing each shirt with each pair of pants. Since she has 2 shirts and 4 pairs of pants, the total number of outfits can be calculated by multiplying the number of shirts by the number of pants: (2 \times 4 = 8). Therefore, Melissa can make 8 different outfits.
How many different outfits are possible from six shirts, four pairs of pants, and five pairs of socks?
You can wear your shirts and trousers in a combination of 3 shirts and 4 pairs of trousers by multiplying the number of shirts by the number of trousers. Therefore, the total combinations are 3 shirts × 4 trousers = 12 different outfits.
24 is the answer
The prices of shirts and pants cannot be determined from the given information.
24 outfits. (4 x 3 x 2)
Into what language?