Showing posts with label renz8-41. Show all posts
Showing posts with label renz8-41. Show all posts

Renz's Integer story

Wednesday, November 12, 2008
This is a story about a kid named Elrick in the school of integers every one in the school was a negative but unfortunately not everyone. Yes, Elrick was positive. Everyday Elrick went to school happy, but when he came home he was sad because in school everyone would laugh and point at him. Because he was different and lonely he was always getting bullied. But on the other hand Elrick wasn't the only one different and being bullied there was also Zero, Zero wasn't your ordinary integer he was a mixture of a positive and a negative, he was a Zero pair. He was also very sad because of the bullies, but one day this was all going to change but for good.

one day as usual the bullies were picking on Elrick and Zero. But this time it was different they were both running away from the bullies and as they were running they were also looking for a very hidden hiding place to hide from the bullies. Now usually they would get bullied in different times but for this once they were bullied in the exact time and as you know they were running for their lives and suddenly they ran into each other so at first they were scared that it was the bullies but when they saw each other they were happy because now they knew that they were not alone. Elrick and Zero became best of friends helping each other out and finding hiding places at the same time and they were both happy.

One day Elrick and Zero was hiding in their favourite hiding spot and they were listening to their favourite music until they found an secret room inside their favorite hiding spot and inside was ladder that led them to a secret basement of the school, and as they were looking around they found a lamp and as they've seen on the movies they rubbed the lamp and out come the legendary Integer genie and he said that if they answer this integer Question the would get a wish.
So they did what the genie answered and they said that the answer was -15 and the Genie said that it was correct and now they will get their wish. They were both so happy get their wish because with their wish they could wish themselves to not be different but then they thought why would they want to be even more different than they already are so they told the genie that they would come back to get the wish when they're ready. So then the Genie waited for them to come back. . . . . . .In the meanwhile the boys thought long and hard about their decision and after 2 long days they came back to the genie and said" we have made our decision and our wish is that we wish that there were more people like us in this school so we wont be alone" then the Genie said" your wish is my command". A day had passed and already hundreds of people like Elrick and Zero enrolled into their school. Now they were no longer alone and they were happy the rest of their life

Scribe post for October, 08,2008

Wednesday, October 8, 2008


Why is the opponent always winning??

the opponent always wins because the game is NOT FAIR!!! . Because every time the player rolls the dice there is less than 7 % chance of the player rolling a 7 but as we did in class and also by adding another number such as six  the player  can  get a better chance of winning.

This is why the game is not fair:
this is the opponent's advantage









the car game is also one of the things to test probability problems but in this case it's about fairness or unfairness (you should know this if you did your homework) and on how u can make things fair or unfair because you can control the game to make it fair or unfair






probability trees are used to determine the total possible outcomes (T.P.O.) of the probability problem

i.e.











Brenden is the next scribe!!

renz's measures of central tendency

Monday, September 29, 2008

Mean:



  • arrange the data in ascending numerical order

  • add up all the data
  • divide the number of data to the sum of all data


Median



  • arrange in ascending numerical order

  • find the middle nuber of the data


Mode



  • arrange in ascending numerical order

  • find the most occuring number(s) of the data


Range



  • arrange in ascending numerical order

  • subtract the smallest number with largest number


Here is a video about mmm.