Difference between revisions of "User:Drh18"
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| − | My name is Danish, and it is pronounced like DANEESH, with an emphasis on the "I." | + | My name is Danish, and it is pronounced like DANEESH, with an emphasis on the "I." You can also think of it as two parts: DON + EESH said together make up my name of Danish. |
The 3-D Drawing demonstration intrigued me. I played with it for 10 minutes, and it showed me how cool MATLAB can be. MATLAB helps make calculations easier, can be applied to practical real-life situations, and can be used to make games and have fun as well. The 3-D vase program was cool to play around with, and it was simple concept of mirroring each point and rotating it around the central axis, which I hope I can learn by the end of the semester. | The 3-D Drawing demonstration intrigued me. I played with it for 10 minutes, and it showed me how cool MATLAB can be. MATLAB helps make calculations easier, can be applied to practical real-life situations, and can be used to make games and have fun as well. The 3-D vase program was cool to play around with, and it was simple concept of mirroring each point and rotating it around the central axis, which I hope I can learn by the end of the semester. | ||
Latest revision as of 18:13, 18 September 2010
Hello! My name is Danish and I am from Chicago. I live in Pegram and am currently planning to study biomedical engineering.
[1], Sally Adee, IEEE Spectrum, created June 2008, accessed 2 September 2010 (General)
Homework 2:
My name is Danish, and it is pronounced like DANEESH, with an emphasis on the "I." You can also think of it as two parts: DON + EESH said together make up my name of Danish.
The 3-D Drawing demonstration intrigued me. I played with it for 10 minutes, and it showed me how cool MATLAB can be. MATLAB helps make calculations easier, can be applied to practical real-life situations, and can be used to make games and have fun as well. The 3-D vase program was cool to play around with, and it was simple concept of mirroring each point and rotating it around the central axis, which I hope I can learn by the end of the semester.
