Some enzymes, such as ATP synthase can preform many more times than 100 chemical transformations a second.
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I think this will work:Since the numbers have to at least have a digit in the hundreds position, if you find how many of them there are in all the one-hundreds, you can assume the same amount in the other hundreds, except for the three-hundreds, in which every number has a 3.For the one-hundreds:3 in the last position: 103, 113, 123, 133, 143, 153, 163, 173, 183, 193 (10 numbers)3 in the second position: 130, 131, 132, 134, ...139 (9 numbers, because we already counted the 133 above, where it was in the last position, so we don't want to count that number twice)For the two-hundreds (notice that it's the same as for the one-hundreds):3 in the last position: 203, 213, 223..293 (10 numbers)3 in the second position: 230, 231, 232, ...239 (9 numbers, because we already counted the 233 above, where it was in the last position, so we don't want to count that number twice)So, for the one-hundreds, there are 19, and for the two-hundreds, there are 19. This is the same for the other hundreds, except for the three-hundreds, which will have 100 numbers, since all of the three-hundreds have at least one 3 in them (in the first position).Here is a list of how many each hundred has:1-hundreds: 192-hundreds: 193-hundreds: 1004-hundreds: 195-hundreds: 196-hundreds: 197-hundreds: 198-hundreds: 199-hundreds: 19I'm assuming you are not including numbers that begin with a zero in the hundreds position. If you are including them, then add another 19 to the total.The total, without zeroes in the first position, is 8 x 19 + 100 = 252.The total, with zeroes, is 9 x 19 + 100 = 271.
the tens number is going to be the second number, so the answer is 2 6 is in the hundreds place
Relative to the decimal point, the hundreds place is the third to the left and the hundredths place is the second to the right.
The first 9 is in the Millions place, the second is in the Hundreds. The difference is 4 orders of magnitude.