Probability with a Deck of Cards
Probability with Dice
Probability Vocabulary/Concepts
Who knows?
Permutations and Combinations
100

Probability of pulling a (2)= ?

Hint: There are 52 cards in a deck with four of each number because there are four suits (diamonds, hearts, clubs, and spades)

1/13 or 19%

100

What is the probability of rolling snake eyes?
(two one's) 

1/36 or 3%

100

What does Union "mean"

Or

100

Given a 4 color spinner with equal parts (red, blue, yellow, green) what is the probability of spinning red?

1/4 or 25%

100

Permutation:

How many ways can you arrange the letters in the word CAT?

6!

Key word: arrange

200

Probability to pull the Queen of Hearts?

1/52 or 2%

200

P(an even number or a 1)

2/3 or 67%

200

What does it mean for events to be "independent"?

Independent events in probability are occurrences where the outcome of one event does not affect, influence, or change the probability of another event occurring

200

Given a 4 color spinner with equal parts (red, blue, yellow, green) what is the probability of spinning purple?

0

200

CombinationL

How many ways can you choose 2 students from a group of 5?

 10

300

Probability of pulling a 4 OR a 7?

2/13 or 15%

300

DAILY DOUBLE

What is the probability of rolling a 3, 5, or 0?

1/3 or 33%

300

When do I use the Multiplication Rule?

When I see "and" or "both"

300

You have a bag of marbles, four red and five green. What is the probability of choosing red?

(4/9) or 44%

300

How many ways can 4 runners finish 1st, 2nd, and 3rd?

Permutation!

24

400

Suppose I pull two cards. What is the probability I pull 2 Jacks?

1/221 or .45%

400

Suppose you have two dice. What is the probability of rolling a six and a number less than 3?

 1/9 aka 0.111

400

What does Mutually Exclusive Events mean? Give an example.

Events that cannot happen at the same time. Example: Having a peanut allergy and not having a peanut allergy.

400

Given a 4 color spinner with equal parts (red, blue, yellow, green) what is the probability of spinning red then blue? 

1/16 or 6%


400

How many ways can you choose 3 toppings from 6 options?

Combination! 20

500

Probability of drawing a card with a 2,3 or 4 on it?

3/13 or 23%

500

What is the probability of rolling a number that is NOT two?

5/6 aka 0.833

500

Mutually Exclusive or Non-mutually Exclusive?


Having brown hair and liking tomatoes

Non-mutually exclusive! These two things can happen at the same time.

500

Suppose I am flipping a coin. What is the probability I flip 3 heads in a row?

.5 x .5 x .5 = 12.5%

500

Which is larger: the number of ways to choose 2 students from 10, or the number of ways to choose 6 students from 10?

Choosing 6 students from 10 is larger, with 210 ways compared to only 45 ways to choose 2 student

600

Suppose you draw 4 cards. What is the probability of pulling 2 kings and 2 sevens?

\(\frac{36}{270,725}\)

which is approximately 0.000133 or 0.0133%

600

Suppose I roll a die three times. What is the probability I roll a 5 each time?

1/216 aka 0.00462

600

DAILY DOUBLE

Describe the difference between permutations & combinations. Pick one and give an example.

The primary difference between permutations and combinations is that permutations care about the order of selection, while combinations do not. Permutations are for arranging items in a specific sequence (lists, rankings), whereas combinations are for selecting a group (sets, committees) where the order doesn't change the outcome

600

Suppose I am rolling a die and then randomly selecting a card from a deck of 52. What is the probability of rolling a one THEN picking a red card out of a deck of cards?


 1/12 or 8%


1/6 * 1/2 (half of cards are red so 1/2)

600

Without calculating, determine which is larger: 5P3 or 5C3. Explain your reasoning.

5P3 is larger than 5C3

Here is the simple reasoning:

  • 5C3 (Combinations) only asks you to choose 3 items from a group of 5. The order in which you pick them doesn't matter.
  • 5P3 (Permutations) asks you to choose those same 3 items AND then arrange them in every possible order. [1, 2]
Since every unique combination of 3 items can be scrambled into multiple different arrangements, the number of permutations will always be greater than the number of combinations for the same set of numbers.