3 Copy edited.
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Because "safety" costs speed, the "safer" languages perform at a slower speed.  

You ask why use a "dangerous" language like cC or c++C++, have somebody write you a video driver or the like in Python or Java, etc. and see how you feel about "safety" :)  

Seriously though, you have to be as close to the core memory of the machine to be able to manipulate pixelpixels, registers, etc... Java or Python cannot do this with any type of performance worthy-worthy speed... C and c++C++ both allow you to do this through pointers and the like...

Because "safety" costs speed, the "safer" languages perform at a slower speed.  

You ask why use a "dangerous" language like c or c++, have somebody write you a video driver or the like in Python or Java, etc and see how you feel about "safety" :)  

Seriously though, you have to be as close to the core memory of the machine to be able to manipulate pixel, registers, etc... Java or Python cannot do this with any type of performance worthy speed... C and c++ both allow you to do this through pointers and the like...

Because "safety" costs speed, the "safer" languages perform at a slower speed.

You ask why use a "dangerous" language like C or C++, have somebody write you a video driver or the like in Python or Java, etc. and see how you feel about "safety" :)

Seriously though, you have to be as close to the core memory of the machine to be able to manipulate pixels, registers, etc... Java or Python cannot do this with any type of performance-worthy speed... C and C++ both allow you to do this through pointers and the like...

2 grammar, line breaking
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Because "safety" costs speed, the more "safer" languages perform at a slower speed. 

You ask why use a "dangerous" language like c or c++, have somebody write you a video driver or the like in Python or Java, etc and see how you feel about "safety" :) seriously

Seriously though, you have to be as close to the core memory of the machine to be able to manipulate pixel, registers, etc... Java or Python cannot do this with any type of performance worthy speed... C and c++ both allow you to do this through pointers and the like...

Because "safety" costs speed, the more "safer" languages perform at a slower speed. You ask why use a "dangerous" language like c or c++, have somebody write you a video driver or the like in Python or Java, etc and see how you feel about "safety" :) seriously though you have to be as close to the core memory of the machine to be able to manipulate pixel, registers, etc... Java or Python cannot do this with any type of performance worthy speed... C and c++ both allow you to do this through pointers and the like...

Because "safety" costs speed, the "safer" languages perform at a slower speed. 

You ask why use a "dangerous" language like c or c++, have somebody write you a video driver or the like in Python or Java, etc and see how you feel about "safety" :)

Seriously though, you have to be as close to the core memory of the machine to be able to manipulate pixel, registers, etc... Java or Python cannot do this with any type of performance worthy speed... C and c++ both allow you to do this through pointers and the like...

1
source | link

Because "safety" costs speed, the more "safer" languages perform at a slower speed. You ask why use a "dangerous" language like c or c++, have somebody write you a video driver or the like in Python or Java, etc and see how you feel about "safety" :) seriously though you have to be as close to the core memory of the machine to be able to manipulate pixel, registers, etc... Java or Python cannot do this with any type of performance worthy speed... C and c++ both allow you to do this through pointers and the like...