Tuesday, May 24, 2011
6th Period Pythagorean Theorem Project
rene & Amy
Inala & AK
alex & laura
amisha
johnny
dsamarasuriya
peyton & daniel
cdonoghue
Kiley & Kaleigh
Ashley W.
maddie c
Angel & woo
megan & alexa
kalei & Jamie
Joy & Jasmine
Chas & Ben
olivia & mackenzie
5th period Pythagorean Theorem Projects
Jon & AJ
Lauren & Jordan
Maddie & Bethany
Your message...
caitlyn
nino & conner
kiley & carlisle
madeline & shannon
matt & johnathan
amanda
blair & aaron
Friday, May 20, 2011
Monday, May 16, 2011
Wednesday, May 4, 2011
6th period - Area Model Assignment
Dan and Ella are paying $4 to play a game at the school carnival. Ella is blindfolded. Dan is given 7 coins to place in 2 different cups. He is given 4 pennies and 3 gold coins (identical in size). He randomly arranges them in the two cups in any combination he chooses. Ella is now instructed to choose a coin randomly out of one of the cups. If she chooses a gold coin, they win $20. If they choose a penny, they do not win anything. What is the probability that Ella will choose the gold coin in all possible situations ( I want a different probability for each situation)? Which combination would be BEST for Dan to choose when placing the coins in the cup? Which would be the worst?
5th period - Area Model Assignment
Dan and Ella are paying $4 to play a game at the school carnival. Ella is blindfolded. Dan is given 7 coins to place in 2 different cups. He is given 4 pennies and 3 gold coins (identical in size). He randomly arranges them in the two cups in any combination he chooses. Ella is now instructed to choose a coin randomly out of one of the cups. If she chooses a gold coin, they win $20. If they choose a penny, they do not win anything. What is the probability that Ella will choose the gold coin in all possible situations ( I want a different probability for each situation)? Which combination would be BEST for Dan to choose when placing the coins in the cup? Which would be the worst?