The very first license play was issued in the state of Massachusetts, in the year of 1903. It was given to a man who goes by the name of Frederick Tudor.
1
1 x 3 = 3. Any time you multiply a number by 1, it will always be the original number. The same holds true for the inverse. If you multiply a number by -1, it'll be the original number as a positive or negative depending on the original number.
Yes, unless the original number is 0 or 1.
So, 49 is .35 of the original number. That means 49 is 35/100ths of the original number. Divide 49 by 35- that gets you 1/100th of the original number. Take THAT number, multiply by 100, and you have the original number.
If you have 1 and 1, that means it is two. To add a number, count up the number you have from the original number you are adding to.
1
The number 1. That means that if you multiply a number by 1, the number doesn't change - the result is the same as the original number.
I assume you mean an identity property. The identity property of addition states a number plus 0 gives you that original number. Eg. 1+0=1 The identity property of multiplication states a number times 1 gives you that original number. Eg. 1*1=1
One daughter and other daughter in law
Any number divided by 1 is the same as the original number: 0.12
I think this says that if you multiply a number by 1, you get the original number as the answer.
Take the original number, times by 100, put a % after it to get the percentage that the original number is in relation to 1. E.g. 0.5*100= 50 % of 1 Divide by a different number to get the original number is in relation to the different number. E.g. 0.5/5=0.1, 0.1*100= 10%