Name __________________________ Date ________________________ Pd _________
Chancy Candy - Group A
Find the theoretical and experimental probability of each color group. Then use an inequality
symbol in between to compare the two probabilities.
Color
# of Skittles
Theoretical P(color)
Experimental P(color)
Purple
___________
P(purple) ________
P(purple) ________
Yellow
___________
P(yellow) ________
P(yellow) ________
Green
__________
P(green) ________
P(green) ________
Red
__________
P(red) __________
P(red) __________
Orange
___________
P(orange) _______
P(orange) _______
Explain how you compared the probabilities.
Eat or remove some of the Skittles until you have only 10 remaining. Calculate the probability of
the independent compound events below. Draw a tree diagram on a separate sheet of paper
and attach to this paper when finished.
P(purple, yellow) ______________________
P (purple, red) ________________________
P(green, yellow) _______________________
Name __________________________ Date ________________________ Pd _________
Chancy Candy - Group B
Find the theoretical and experimental probability of each color group. Then use an inequality
symbol in between to compare the two probabilities.
Color
# of Skittles
Theoretical P(color)
Experimental P(color)
Purple
___________
P(purple) ________
P(purple) ________
Yellow
___________
P(yellow) ________
P(yellow) ________
Green
__________
P(green) ________
P(green) ________
Red
__________
P(red) __________
P(red) __________
Orange
___________
P(orange) _______
P(orange) _______
Explain how you compared the probabilities.
Eat or remove some of the Skittles until you have only 10 remaining. Calculate the probability of
the independent compound events below. Draw a tree diagram on a separate sheet of paper
and attach to this paper when finished.
P (orange, blue) ____________________
P (green, yellow) _______________________
P(red, green) _________________________
P(red, blue) ________________________
Name __________________________ Date ________________________ Pd _________
Chancy Candy - Group C
Find the theoretical and experimental probability of each color group. Then use an inequality
symbol in between to compare the two probabilities.
Color
# of Skittles
Theoretical P(color)
Experimental P(color)
Purple
___________
P(purple) ________
P(purple) ________
Yellow
___________
P(yellow) ________
P(yellow) ________
Green
__________
P(green) ________
P(green) ________
Red
__________
P(red) __________
P(red) __________
Orange
___________
P(orange) _______
P(orange) _______
Explain how you compared the probabilities.
Eat or remove some of the Skittles until you have only 10 remaining. Calculate the probability of
the independent compound events below. Draw a tree diagram on a separate sheet of paper
and attach to this paper when finished.
P(orange, yellow) _____________________
P (green, purple) ________________________
P (red, yellow) _________________________
P (purple, red) _________________________
Name __________________________ Date ________________________ Pd _________
Chancy Candy - Group D
Find the theoretical and experimental probability of each color group. Then use an inequality
symbol in between to compare the two probabilities.
Color
# of Skittles
Theoretical P(color)
Experimental P(color)
Purple
___________
P(purple) ________
P(purple) ________
Yellow
___________
P(yellow) ________
P(yellow) ________
Green
__________
P(green) ________
P(green) ________
Red
__________
P(red) __________
P(red) __________
Orange
___________
P(orange) _______
P(orange) _______
Explain how you compared the probabilities.
Eat or remove some of the Skittles until you have only 10 remaining. Calculate the probability of
the independent compound events below. Draw a tree diagram on a separate sheet of paper
and attach to this paper when finished.
P (brown, blue) _____________________
P (blue, yellow) ______________________
P (green, orange) _____________________
P (orange, orange) ________________________
Name __________________________ Date ________________________ Pd _________
Chancy Candy - Group E
Find the theoretical and experimental probability of each color group. Then use an inequality
symbol in between to compare the two probabilities.
Color
# of Skittles
Theoretical P(color)
Experimental P(color)
Purple
___________
P(purple) ________
P(purple) ________
Yellow
___________
P(yellow) ________
P(yellow) ________
Green
__________
P(green) ________
P(green) ________
Red
__________
P(red) __________
P(red) __________
Orange
___________
P(orange) _______
P(orange) _______
Explain how you compared the probabilities.
Eat or remove some of the Skittles until you have only 10 remaining. Calculate the probability of
the independent compound events below. Draw a tree diagram on a separate sheet of paper
and attach to this paper when finished.
P (green, yellow) ______________________
P(yellow, yellow) _____________________
P (brown, yellow, red) ________________________
P (green, yellow, orange) ______________________