The fractions 3/10, 7/10, and 9/10 as a percent.

The number of different combinations possible by flipping two coins.

With five cards numbered 1-5, what is the probability of pulling out a 4?

There are 100 members in in a gym. 48% of them take boxing. How many take boxing?

What is a fair game?

The fractions 1/4, 2/4, and 3/4 as a percent.

The number of different combinations possible by rolling two dice.

In a standard 52 card deck, what is the probability of pulling out a 7?

A game has a 25% chance of winning. If 400 people play, how many should win?

Probability always adds up to this.

The fractions 1/5, 2/5, 3/5, and 4/5 as a percent.

The number of different outfits possible when there are 6 shirts, 2 pants, and 4 hats.

If I flip two coins, what are my chances of getting a heads twice in a row?

A game has a 25% chance of winning. If 240 people play, how many should win?

What is the best way to get accurate data when finding probability of something that cannot be calculated.

1/3 and 2/3 as a percent.

The number different combinations possible by rolling one die and flipping one coin.

There are three doors to choose from on a game show, one has a car behind it as a prize. What are my chances of winning the car?

There are 200 people in a restaurant. 58 are wearing a red shirt. What percent of people are wearing a red shirt?

If I flip heads 10 times in a row, explain how this is possible when flipping a heads should only happen 50 percent of the time.

1/8 as a percent.

The number of different combinations possible by flipping 4 coins.

Refer to the picture. What is my probability of tossing a coin onto the shaded region.

There are 200 people on a plane. 24% of them brought a carry on. How many people brought a carry on?

I have cards numbered 1-5. If I pull out a random card and replace it 100 times, how many times should I pull out a 5.