Problem Statement: Corey Camel has 3,000 bananas to take to the market. He can only carry 1,000 at a time. The market is 1,000 miles away. Every mile Corey eats a banana. My job is to find out; how many bananas he can get to the market place?

Process: To do this POW I started with Mini Camel to find a good strategy. The strategy we found was this: take as many bananas as you can to a certain distance and drop the rest, minus enough to get back. For example go 100 miles, drop 800, then come back 100 miles, you have used all of your bananas. Next I applied this method to Corey Camel, and since our teacher said the most number of bananas he can bring back was 533 1/3 I realized that after the 1st 1,000 were gone, I would use the other 2,000 by dividing them into 1/3s since the only way to get 33 1/3 is to divide something by 3, like 1,000 divided by 3 is 333 1/3. 533 333 is 200, so I know that the 1st trip has to evolve 200, since I need 200 to be left over when I'm done to get me the rest of the way. I drew out a time line of events to show Corey's movements as he progresses.

Solution: Corey starts by picking up 1,000 bananas, and walking them 200 miles. Next he drops 600 and goes back 200. After that he picks up another 1,000 and goes 200 miles. He then picks up 200 bananas from his pile of 600. He now has 1,000, which he takes 333 1/3 miles farther to the 533 1/3 market, and drops 333 1/3 and goes back. He picks up 200 bananas and goes back to the start to get the last 1,000. Next he travels 200 back to the last set of 200 on the ground, and picks them up. He is now left with 1,000 bananas on him, with 333 1/3 waiting for him. He goes forward 333 1/3 and then picks them up. He then goes the last 333 1/3 and gets to the market with 533 1/3 bananas. Evaluation: One thing I didn't like about this POW is that with cut out pieces of paper you can solve it, but logic parts of it were helpful. I would say that on a scale...

...Jason Vo
Ms. King
3/11/15
Period 1
Due Date: 3/13/15
Corey’s CamelsPOW
Problem Statement
The problem basically is about a camel named Corey that has to carry 3000 bananas to a place 1000 miles away. But, Corey can only carry 1000 bananas and Corey has to eat one banana for every mile she walks/runs/skips/hops, etc. In addition to that, there is a refrigerator at every mile. So...

...POW #13CoreyCamel
Problem Statement: Corey the Camel has a small banana grove in the desert, her harvest this year was 3,000 bananas. The market where Corey sells her bananas is 1,000 miles away. Corey has to walk to the market to sell her bananas, for each mile Corey walks, she eats one banana. Corey can only carry 1,000 bananas at a time. In this...

...CoreyCamel
Problem Statement CoreyCamel owns a banana grove with 3000 bananas on it. She can only carry 1000 bananas at a time. The market where she can sell her bananas is 1000 miles away. Sounds easy right? Wait there’s a catch. For every mile she walks she has to eat one banana. See now it got hard. So with all of this said how many bananas will he be able to take to the market and sell?
Process Doing the mini...

...Problem Statement
Corey the camel has 3,000 bananas. He has to deliver the bananas 1,000 miles to the market. For every mile Corey travels, he eats one banana. Corey can only carry 1,000 bananas at one time. For this problem I have to find out how many bananas Corey delivers to the market.
Process
For my process I used the maximum number of bananas Corey could carry per trip, which were 1,000 bananas in...

...POW13
Problem Statement:
The problem of the week states how many bananas can corey the camel get to the market if he has to eat one banana every mile and it s 1000 miles to the market and he has 3000 bananas and he is able to hold only 1000 bananas at a time.
Process:
I knew that corey had to eat one banana every mile and he had to go 1000 miles but could only carry 1000 bananas at a time and there was 3000...

...POW #13
Problem: This POW’s problem was to have seven spaces, three of which were shaded, 1 empty space, then three spaces that were plain. The object was to switch the colors to the opposite side, but while doing this you could only move your marker to an adjacent space, or jump over ONE marker to another open space.
Process: I used pennies in place of the plain markers, and nickels in place of the shaded markers. I started by randomly moving blocks around...

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...CamelCamel is the animal that is known by fatty mass on its back called hump. There are two species of camels. The first is the dromedary that has a single hump and lives in North Africa and the Middle East. The other is the Bactrian camel which is living in the Central Asian.Because of adaptation to living on the waterless desert; Camel known by "the ship of the desert" .Camel has a wonderful ability to...

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