$2.00 2 dollars, or two-hundred cents. $0.02 Point zero-two dollars, or two cents. $0.002 (0.002 dollars) Point zero-zero-two dollars. This has a value of 1/5 of a penny. ---------- 2.00¢ (=0.02 dollars) Two cents (with a redundant .00 for demonstration purposes). 0.2¢ (=0.002 dollars) Point-two cents, so 5 of these would make up one whole cent. 0.02¢ (=0.0002 dollars) Point-zero-two cents, so 50 of these would make up one whole cent. 0.002¢ (=0.00002 dollars) Point-zero-zero-two cents, so 500 of these would be required to make up one single cent.
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0002 is the same as 2 and 0009 is the same as 9 So 2 is less than 9
well .0001 is 1 millionths, .0002 is 2 millionths and so on
Graber Blinds, a company that provides window treatments, has their customer support number located directly on their site. Their customer support number is 1-877-792-0002.
To determine which number is larger between 0.002 and 0.003, we look at the digits after the decimal point. In this case, 0.003 is larger than 0.002 because the digit in the thousandths place is greater in 0.003 (3) compared to 0.002 (2). When comparing decimals, we start from the left and move to the right until we find a point of difference, which in this case is the thousandths place.
Written in base two its a 1 followed by 1000 zeroes. I doubt anyone will count the zeroes to check. Writing it in base 10 is a colossal waste of time, no one wants to read it, but as I recall there's a repeating pattern to the digits of the powers of a number, and that would be a preferable way to complete the exercise rather than computing the number. That should be enough of a hint to anyone serious about tackling the question. The answer is to state the digit pattern and the number of digits, which you get from log10(2^1000) which is 1000*log10(2)