Tuesday, January 1, 2008
Thursday, December 20, 2007
REFLECTION QUESTION #54
Q: What choices did you face in developing your solution, and how did you choose among them?
A: The choices that I faced developing my solution are to choose between showing the amount of money the player in every question or just have have it increase everytime the question changed. We chose to keep it in every question because it's more simple that way.
A: The choices that I faced developing my solution are to choose between showing the amount of money the player in every question or just have have it increase everytime the question changed. We chose to keep it in every question because it's more simple that way.
Monday, December 17, 2007
REFLECTION QUESTION #53
Q: Summary of what you read.
A: South Korean scientist have cloned Turkish Agnora cats with a red fluorescent protein produced by manipulation their genes, which makes thme give off an eerie glow when hit by certain ultraviolet light. The cloned cat were giving of a red glow when hit with the ultraviolet light from their ears, noses and other places where fur cover is minimal. Although they do not glow in the dark.
A: South Korean scientist have cloned Turkish Agnora cats with a red fluorescent protein produced by manipulation their genes, which makes thme give off an eerie glow when hit by certain ultraviolet light. The cloned cat were giving of a red glow when hit with the ultraviolet light from their ears, noses and other places where fur cover is minimal. Although they do not glow in the dark.
Friday, December 14, 2007
REFLECTION QUESTION #52
Q: What you have done in your project today?
A: We have coded most of the function that we think we need plus the function for each questions. We have also planned a little bit more detail on how the game will come out look like.
A: We have coded most of the function that we think we need plus the function for each questions. We have also planned a little bit more detail on how the game will come out look like.
Wednesday, December 12, 2007
REFLECTION QUESTION #51
Q: What choices did you face in developing your solution, and how did you choose among them?
A: The choices that I faced during figuring what game should I do for the next project are to choose between a game "who wants to be a millionaire?" and sudoku. We chose the first one because if we going to do sudoku we need to learn how to create a grid first but we haven't yet so we decide to go with the first one which only require the knowledge that we already have.
A: The choices that I faced during figuring what game should I do for the next project are to choose between a game "who wants to be a millionaire?" and sudoku. We chose the first one because if we going to do sudoku we need to learn how to create a grid first but we haven't yet so we decide to go with the first one which only require the knowledge that we already have.
Tuesday, December 11, 2007
REFLECTION QUESTION #50
Q: What problems did you encounter while developing your solution? How do you plan to overcome them?/How did you overcome them?
A: The problem that I encounter while coding my program is that the outcome number of dice roll is too high and so the player never gets the guess right. I overcame the problem by change the equation and it fixs the problem.
A: The problem that I encounter while coding my program is that the outcome number of dice roll is too high and so the player never gets the guess right. I overcame the problem by change the equation and it fixs the problem.
Monday, December 10, 2007
REFLECTION QUESTION #49
Q: Summary of what you read.
A: IBM has made a breakthrough in coverting electrical signals into light pulses which allow them to connect hundreds or thousand of procession cores on a tiny chip because there's no more need of wires required to connect them. This technology can be as much as 100 times faster and use 10 times less power than wires. And one pf the most advanced ships there is today is IBM's Cell processor that is in the Sony PS3, which has nine cores, or "brains." IBM said that in the future tiny supercomputers on a chip could expend as little energy as a light bulb, compared with today's supercomputers, which can use as much energy as powering hundreds of homes.
A: IBM has made a breakthrough in coverting electrical signals into light pulses which allow them to connect hundreds or thousand of procession cores on a tiny chip because there's no more need of wires required to connect them. This technology can be as much as 100 times faster and use 10 times less power than wires. And one pf the most advanced ships there is today is IBM's Cell processor that is in the Sony PS3, which has nine cores, or "brains." IBM said that in the future tiny supercomputers on a chip could expend as little energy as a light bulb, compared with today's supercomputers, which can use as much energy as powering hundreds of homes.
Subscribe to:
Posts (Atom)