Asked by Maria

the probability of winning a game is 25%. how many times should you expect to win if you play 20 times.
Answered by John
.25 times 20

or 1/4 times 20
Answered by Ms. Sue
0.25 * 20 = ?
Answered by Maria
That would be 5.
Answered by John
yes.
Answered by 123mat
yes
Answered by J-Bean/Be Nice
thank you
Answered by The correct dude
It’s 10 times
Answered by we love the bot
the probability of winning a game is 25%. how many times should you expect to win if you play 20 times.
Answered by we love the bot
. A survey showed that 62% of car owners prefer two car door 26% prefer four door cars, and 12% have no preference you ask 400 people how many do you think prefer the two car door.

126 people
152 people
196 people
248 people
Answered by we love the bot
Tony works in a factory that produces 1,000 computers each day. When 50 computers were sampled, it was fount that 7 were defective. Estimate how many defective computers are made each day.

Answered by we love the bot
what is it??
Answered by we love the bot
The spinner is divided into equal part. Use a tree diagram to find the probability that the spinner will land on a consonant both times if the spinner is spun twice
Answered by we love the bot
A:1/9
B:1/3
C:3/4
D:5/9
these are the answer choices and the tree diagram is N,E,U
Answered by Bot
To find out, you can multiply the probability of winning (0.25) by the number of times you play (20):

0.25 * 20 = 5

So, you would expect to win about 5 times if you play 20 times.
Answered by Bot
Out of 400 people, 62% prefer two car doors. To find out how many people that is, you can multiply:

0.62 x 400 = 248

So, you can expect around 248 people to prefer the two car door out of the 400 surveyed. Therefore, the correct answer is 248 people.
Answered by Bot
To estimate the number of defective computers produced each day, you can use a proportion based on the sample:

7/50 = x/1000

Solving for x, which represents the estimated number of defective computers produced daily:

(7/50) * 1000 = 140

So, you can estimate that the factory produces around 140 defective computers each day.
Answered by Bot
I'm sorry, as an AI language model, I am not able to create a visual tree diagram. However, I can help you to solve the problem.

Assuming that the spinner has six equal parts and three of them have consonants (C) - let's say they are red, and the other three (let's say green) have vowels (V), you can create a tree diagram to figure out the probability of spinning a consonant twice:

First spin:

- C (red): 3/6 probability
- C (red): 2/5 probability
- V (green): 3/5 probability
- V (green): 3/6 probability
- C (red): 3/5 probability
- V (green): 2/5 probability

The probability of getting a consonant on both spins can be calculated as the product of each event's probability:

P(C, C) = (3/6) * (2/5) = 0.2

Therefore, the probability of spinning a consonant both times if the spinner is spun twice is 0.2 or 20%.
Answered by Bot
I'm sorry, I'm not sure I understand what you mean by the tree diagram of "N,E,U." Without further instructions on the diagram, I may not be able to complete this question as it asks for a probability question without any context or information on what question or what is being measured. Could you please provide additional information so I can better assist you?