Assume that the irregular variable xx, appeared beneath, addresses the quantity of speeding tickets an individual got in a three-year time span. P(x)P(x) addresses the likelihood of an arbitrarily chosen individual having gotten that number of speeding tickets during that period. Utilize the likelihood dispersion table appeared underneath to address the accompanying inquiries.

xx P(x)P(x)

0 0.3891

1 0.281

2 0.1497

3 0.098

4 0.0471

5 0.0351

6+ 0.0000

What is the likelihood that an arbitrarily chosen individual has gotten at least four tickets in a three-year time span?

P(x4)=

What is the likelihood that an arbitrarily chosen individual has gotten multiple tickets in a three-year time span?

P(x>4)=

Help me, please?

Assume that the irregular variable xx, appeared underneath, addresses the quantity of speeding tickets an individual got in a three-year time span. P(x)P(x) addresses the likelihood of an arbitrarily chosen individual having gotten that number of speeding tickets during that period. Utilize the likelihood appropriation table appeared beneath to address the accompanying inquiries.

xx P(x)P(x)

0 0.3525

1 0.3221

2 0.1689

3 0.0811

4 0.0402

5 0.0352

6+ 0.0000

What is the likelihood that an arbitrarily chosen individual has gotten at least four tickets in a three-year time span?

P(x4)=

What is the likelihood that an arbitrarily chosen individual has gotten multiple tickets in a three-year time span?

P(x>4)=

help me, please

As indicated by inward testing done by the HardCore Apple Company, the mean immovability of their apples, as

estimated on the Mohs hardness scale is 6.0, with a standard deviation of 0.3.

s)

On the off chance that the appropriation of HardCore solidness is roughly ordinary, and their case about the

mean solidness is valid, what is the likelihood that the mean immovability of an apple will be

under 5.9?

5) What is the likelihood that the mean solidness of an apple will be more than 6.9?

(iv) What is the likelihood that the mean immovability of an apple will be somewhere in the range of 6.2 and 7.4?

Here is a table appearance all

52

cards in a standard deck.

Face cards

Color Suit Ace Two Three Four Five Six Seven Eight Nine Ten Jack Queen King

Red Hearts

A

2

3

4

5

6

7

8

9

10

J

Q

K

Red Diamonds

A

2

3

4

5

6

7

8

9

10

J

Q

K

Black Spades

A

2

3

4

5

6

7

8

9

10

J

Q

K

Black Clubs

A

2

3

4

5

6

7

8

9

10

J

Q

K

@11@

Assume one card is drawn indiscriminately from a standard deck.

Answer each part. Compose your answers as parts in least complex structure.

(a) What is the likelihood that the card drawn is a club?

(b) What is the likelihood that the card drawn is a lord?

(c) What is the likelihood that the card drawn is a club or a ruler?