.1 tenth .01 hundredth .001 thousandth .0001 ten-thousandth .00001 hundred- thousandth .000001 millionth so on and so forth
.00001 x 3 = .00003
not always.. take .0001 and 1.1, the product is less than 1.
no 0222 is also two hundred twenty two you drop the zero but .0001 is one ten thousandth of the number 1
.00006
A dyne is .00001 newtons.
.1 tenth .01 hundredth .001 thousandth .0001 ten-thousandth .00001 hundred- thousandth .000001 millionth so on and so forth
.1 = one tenth.01 = one hundredth.001 = one thousandth.0001 = one ten-thousandth.00001 = one hundred-thousandth
there are infinitely many positive rational and irrational numbers smaller than .0001. Try .00001. Or how about π/100000.
.00001 x 3 = .00003
.1 = 1 tenth .01 = 1 one-hundredth .001 = 1 one-thousandth .0001 = 1 ten-thousandth .00001 = 1 one-hundred-thousandth
300.000000000000000000000000000000000000000000000 etc ... 00001 is divisible by 9. Whole numbers with no remainder. 306.
point 00001 as a percent = 0.001%0.00001 * 100% = 0.001%
One inch = 25,400 microns; so .00001 inch = 0.25400 microns
not always.. take .0001 and 1.1, the product is less than 1.
no 0222 is also two hundred twenty two you drop the zero but .0001 is one ten thousandth of the number 1
.00006