00:01
Hello everyone in this question in the first condition the standard standalone phrase is phrase to multiply phrase to multiply the multiplican multiplican is 250 so here the binary representation of 250 is so the binary representation of 250 is 2 power 7, 2 power 6, 2 power 3, so 2 power 5, 2 power 6, 2 power 5, 2 power 4, 2 power 2 cube, 2 square, 2 power 1 and 2 power 0, which we also can by multiplying these values.
01:33
We will get the answer as 2 .7 means 128, 2 .6 means 64, 2 power 5 means 32, 2 power 4 means 60, 2 power 2 cube is 8, 2 square is 4, 2 power 1 means 2, 2 power 0 means.
01:59
So here the binary language means, binary function is 1, 1, 1, 1, 1.
02:11
So therefore we can say that 250 in binary presentation is one one one one one one zero one zero so this is the value for the this is the binary representation of 250 and coming to the second condition the standalone represent the standalone phrase two so the stand -alof phrase to multiply the multiplier of multiplier is 199 so the binary representation of 199 is 2 power 7 2 power 6 2 power 6 2 power 5 2 power 4 2 cube 2 square 2 power 1 which will be 128 64 2 power 5 is 32 2 power 4 2 power 4 is 16 2 power 4 2 power 4 is 16 2 cube is 8 2 square is 4 2 power 1 is 2 power 0 is 1 so this will be 1 1 0 0 1 1 1 1 so this is the binary representation of 199 as 1100 1 1 1 1 1 and 1 1 coming to the third condition so the third condition is partial product so here by multiplying the multiplication with the multiplier multiplier multiplier and multiplayer and multiplayer with a multiplier of 8 binary number numbers which is unicide you can say it as unicide so here we will by doing that we will get the in total of eight partial partial product products so here we know the rules of binary which is let's write it here the rules is 0 come 0 multiplied with 0 will be 0.
06:27
0 multiplied with 1 is 0...