SOLUTION: A student observes the following spinner and claims that the color red has the highest probability of appearing, since there are two red areas on the spinner. What is your reply t
Algebra.Com
Question 276369: A student observes the following spinner and claims that the color red has the highest probability of appearing, since there are two red areas on the spinner. What is your reply to the student?
The picture of the spinner shows 1/2 green, 1/4 blue, and 2 (1/8 sections) red
Answer by stanbon(75887) (Show Source): You can put this solution on YOUR website!
A student observes the following spinner and claims that the color red has the highest probability of appearing, since there are two red areas on the spinner. What is your reply to the student?
The picture of the spinner shows 1/2 green, 1/4 blue, and 2 (1/8 sections) red
--------------------------
It appears there are 8 sections on the spinner:
4 are green
2 are blue
2 are red
----------------------
If the above is true, the highest probability is the color green.
---
Red has two sections but not the highest area and therefore not
the highest probability.
===================================
cheers,
Stan H.
RELATED QUESTIONS
Use the complementary rule to solve the following problem: A spinner has 4 equal sectors... (answered by Fombitz)
Spinner experiment
Color: red, blue, green, yellow
occurrences: 23 , 44... (answered by rfer)
A spinner has 4 equal sectors colored yellow, blue, green, and red. What is the... (answered by chen.aavaz)
I have a probability question that I am struggling to understand.
It reads, " All three... (answered by ikleyn)
You spin a spinner and the probability that the spinner will land on red is 18%. Suppose (answered by stanbon)
Spinner Experiment Results
Color | # of times spun
Blue | 28
Green | 16... (answered by stanbon)
A spinner has 20 equally sized sections, 8 of which are green and 12 of which are red.... (answered by jim_thompson5910)
Spin Spinner 3, then Spinner 2. What is the probability of getting Foward, followed by... (answered by Boreal)
Consider the wheel to the right. If the wheel is spun and each section is equally likely... (answered by Boreal)