Question

The king, queen, jack of clubs is removed from a deck of 52 playing cards and the remaining cards are shuffled. A card is drawn from the remaining cards. Find the probability of getting a card of queen​
Answer:
3/49 is the probability of getting a card of queen.

Answer 1

Answer:

3/49 is the probability of getting a card of queen.

Given That:

The king, queen, jack of clubs is removed from a deck of 52 playing cards and the remaining cards are shuffled.

A card is drawn from the remaining cards.

To Find:

The probability of getting a card of queen.

Finding the total outcomes:

We know that,

Total king of club = 1

Total queen of club = 1

Total jack of club = 1

When king, queen, jack of clubs is removed.

Remaining cards = 52 - (1 + 1 + 1)

Remaining cards = 52 - 3 = 49

∴ Total outcomes = 49

Finding the favourable outcomes:

Total queens in playing card = 4

Queen of club removed.

Queens left = 4 - 1 = 3

∴ Favourable outcomes = 3

Formula used:

P(E) = F/T

Where,

P(E) = Probability of an events

F = Favourable outcomes

T = Total outcomes

Finding the probability of getting a card of queen:

⟶ P(E) = 3/49

∴ The probability of getting a card of queen = 3/49

Answer 2

$\huge\bf\pink{answer}$

3/49 is the probability of getting a card of queen.

$\huge\bf\orange{solution}$

as there are a queen a king and a jack in each group (there are 4 groups) but a queen a king and a jack is removed so now there are only 3 groups so there are now total 9 king,queen and jack so the probability of a queen card is

$\frac{3}{49}$