You can also change 2^20 to (2^10)^2 = 1024 x 1024, using your method to obtain 1048576 (or simply me who alr memorised 2^20 = 1048576) then subtract 50, that would be easier
Olympians know, of course, that 2^20 is 1048526, minus 50 gives 1048526. I'm curious to learn how to make a 7:31 YT clip out of this... Edit: I'm shocked. You knew that 2^10 = 1024, which could have been squared easily by mental arithmetic 1024^2 = 1000^+2*24*1000+576, followed by subtraction of 50. But you found a more convoluted way to obtain the same result. Congratulations.
Nice information, explanation
Nice explanation
You can also change 2^20 to (2^10)^2 = 1024 x 1024, using your method to obtain 1048576 (or simply me who alr memorised 2^20 = 1048576) then subtract 50, that would be easier
😊
Excellent presentation sir ❤❤❤❤❤
Olympians know, of course, that 2^20 is 1048526, minus 50 gives 1048526. I'm curious to learn how to make a 7:31 YT clip out of this...
Edit: I'm shocked. You knew that 2^10 = 1024, which could have been squared easily by mental arithmetic 1024^2 = 1000^+2*24*1000+576, followed by subtraction of 50. But you found a more convoluted way to obtain the same result. Congratulations.
ну зачем этот бред делать? простейшие задачки, да еще и решаются абсолютно дурацкими способами