The last one!
0.1 is the smallest positive number with 2 digits and a decimal point. without a decimal point the smallest is 10.
After the decimal point, the first place has the greatest value,and there's no such thing as the smallest one.Before the decimal point, the first place has the smallest value,and there's no such thing as the greatest one.
Moving a decimal point to the right is the same as multiplying a number by a power of ten. As long as both numbers are multiplied by the same amount, they will retain their same relationship.
if a decimal point is allowed, .214563 or 2.14563 if not 214563
It is a number with a decimal point. It is not necessarily a decimal number because 24 (no decimal pont) is a decimal number.It is a number with a decimal point. It is not necessarily a decimal number because 24 (no decimal pont) is a decimal number.It is a number with a decimal point. It is not necessarily a decimal number because 24 (no decimal pont) is a decimal number.It is a number with a decimal point. It is not necessarily a decimal number because 24 (no decimal pont) is a decimal number.
0.08 is the smallest.
0.1 is the smallest positive number with 2 digits and a decimal point. without a decimal point the smallest is 10.
After the decimal point, the first place has the greatest value,and there's no such thing as the smallest one.Before the decimal point, the first place has the smallest value,and there's no such thing as the greatest one.
There is no smallest decimal - just as there is no largest number. If x was said to be the smallest decimal, inserting a zero immediately after the decimal point would give a number equal to a tenth of x - ie smaller than x.
It can go anywhere.
There are an infinite number of different decimals. If you have the whole list, then-- The smallest one is the one with the most zeros after the decimal point,or the smallest digit after the zeros if there's a tie.-- The largest one is the one with the most nines after the decimal point,or the largest digit after the nines if there's a tie.If there are less than an infinite number of decimals on your list, then-- The smallest one is the one with the smallest digit after the decimal point,or if it's a tie, the smallest digit in the second place after the decimal point,or of that's a tie, the smallest digit in the third place after the decimal point . . . etc.-- The largest one is the one with the largest digit after the decimal point,or if it's a tie, the largest digit in the second place after the decimal point,or if that's a tie, the largest digit in the third place after the decimal point . . . etc.As soon as you find the largest, find the next largest the same way, byignoring the first largest and finding the largest of the ones that are left.As soon as you find the smallest, find the next smallest the same way, byignoring the first smallest and finding the smallest of the ones that are left.This whole thing feels like trying to explain how to eat a carrot or tie a shoe.
An infinite amount of numbers can theoretically be placed after the decimal point.
3.115
Depends on what the situation and number is. In generally, there can be as many digits as needed after a decimal point. The amount is infinity.
It will have a dollar sign and decimal point with two digits on the right of the decimal point.
An infinite amount.
check the amount is greater than the smallest withdraw amount. ie $amount_requested = 5.90; $min_amount_to_withdraw = 10.00; if ( $amount_requested >= $min_amount_to_withdraw ) { //alow the transaction } else { /dont alow the transaction }