Day 14 Ch 13. Quiz Probability of Independent Events
star
star
star
star
star
Last updated over 4 years ago
13 questions
0
After reading the text above, select your response.
To be clear, selecting "No" does not free you of the consequences of your actions. Rather, it means I will disable your quiz until we can talk one-on-one so that you better understand before proceeding.
After reading the text above, select your response.
To be clear, selecting "No" does not free you of the consequences of your actions. Rather, it means I will disable your quiz until we can talk one-on-one so that you better understand before proceeding.
4
Find the probability that you pick one orange skittle.P(orange)=
Find the probability that you pick one orange skittle.
P(orange)=
4
What is the complement of picking an orange Skittle?Select the best answer choice:
What is the complement of picking an orange Skittle?
Select the best answer choice:
4
Find the probability that you will pick a red or a green skittle.P(red or green)=
Find the probability that you will pick a red or a green skittle.
P(red or green)=
4
What needs to be true about choosing a Skittle in order to do the calculations for #4?
What needs to be true about choosing a Skittle in order to do the calculations for #4?
4
Find the probability that you will pick a pink skittle.P(Pink)=
Find the probability that you will pick a pink skittle.
P(Pink)=
4
When picking 2 Skittles, find the probability that you will pick two purples.P(Purple, Purple)=
Round to three places past the decimal before turning into a percent.
When picking 2 Skittles, find the probability that you will pick two purples.
P(Purple, Purple)=
Round to three places past the decimal before turning into a percent.
4
What needs to be true about choosing 2 Skittles in order to do the calculations for #7?
What needs to be true about choosing 2 Skittles in order to do the calculations for #7?
4
When picking 3 Skittles, find the probability that you will pick no yellow.P(No Yellow, No Yellow, No Yellow)=
Round to three places past the decimal point before turning into a percent.
When picking 3 Skittles, find the probability that you will pick no yellow.
P(No Yellow, No Yellow, No Yellow)=
Round to three places past the decimal point before turning into a percent.
4
When picking 3 Skittles, find the probability that you will pick all orange Skittles.P(Orange, Orange, Orange)=
Round to three places past the decimal point before turning into a percent.
When picking 3 Skittles, find the probability that you will pick all orange Skittles.
P(Orange, Orange, Orange)=
Round to three places past the decimal point before turning into a percent.
4
What is the probability that you will not get a green Skittle until the third one selected?P(not green, not green, green)=
Round to three places past the decimal point before turning into a percent.
What is the probability that you will not get a green Skittle until the third one selected?
P(not green, not green, green)=
Round to three places past the decimal point before turning into a percent.
4
When picking 4 Skittles, find the probability that you will pick none that are red.P(not red, not red, not red, not red)=
Round to four places past the decimal point before turning into a percent.
When picking 4 Skittles, find the probability that you will pick none that are red.
P(not red, not red, not red, not red)=
Round to four places past the decimal point before turning into a percent.
4
When picking 4 Skittles, find the probability that you will pick at least one that is red.Remember: 'at least one' means you need to use the complement of 'none' in your calculations. (you will use 1- P(none))
You already calculated P('none red in 4') in #12.
Round to four places past the decimal point before turning into a percent.
When picking 4 Skittles, find the probability that you will pick at least one that is red.
Remember: 'at least one' means you need to use the complement of 'none' in your calculations. (you will use 1- P(none))
You already calculated P('none red in 4') in #12.
Round to four places past the decimal point before turning into a percent.