Thus, for 15.38 * 0.0045
The first number has 2 digits after the DP, the second has 4, so sum of digits after DP is 2+4 = 6.
1538*0045 = 69210.
The answer must have 6 digits after the DP so you need to insert a 0 after the DP to make it .069210 which can then be simplified to .06921
Two decimals are equivalent only if everything from the decimal point to the last non-zero digit is the same in both of them. Additional zeros after that don't matter.
If the two numbers have x and y decimal places respectively, then the raw product (before deleting and trailing 0s) has (x + y) digits after the decimal point.
Ex: 52.73 x 384.12 Round to 50 x 400 = 20,000 so when you do the actual math you know that there are 5 places to the left of the decimal.
Oh, dude, an integer is like a whole number, you know, no fractions or decimals. So, 0.24 is not an integer because it's got that pesky decimal point hanging out there. It's like trying to fit a square peg into a round hole, just not gonna happen.
The Romans did not use decimals as we know them today but they did use fractions to a limited extent.
If two decimal numbers have x and y digits after the decimal point respectively, then their product has (x + y) digits after the decimal point.
If two numbers, P and Q, have x and y digits after the decimal point respectively, then P*Q has (x+y) digits after the decimal point.
Two decimals are equivalent only if everything from the decimal point to the last non-zero digit is the same in both of them. Additional zeros after that don't matter.
It can be helpful for people who do not have a clue where the decimal point should go in the answer. For those who do know, the exercise is pointless.
If the two numbers have x and y decimal places respectively, then the raw product (before deleting and trailing 0s) has (x + y) digits after the decimal point.
If you know how to convert, then you should know the following: g->dg->cg->mg->->->micrograms So you move the decimal point 6 to the right if the given number is grams. Ans. 329,000,000
The bar is only used for repeating decimals. If it is repeating, you can use it.
If you would like to change a decimal into a percent, all you have to do is this: Move the decimal point over two places. Ex.: .125 = 12.5% Easy. I know. Another example: .75 = 75.0% or 75% (which is worth the same amount) You move the decimal two places to the right.
All decimals are worked in devisions of 10. Fraction can be a division of any number.
Ex: 52.73 x 384.12 Round to 50 x 400 = 20,000 so when you do the actual math you know that there are 5 places to the left of the decimal.
I don't know all I here is that it can't be used as a decimal and it has none that sucks
Oh, dude, an integer is like a whole number, you know, no fractions or decimals. So, 0.24 is not an integer because it's got that pesky decimal point hanging out there. It's like trying to fit a square peg into a round hole, just not gonna happen.