Respuesta :
Hi! =)
So, let's make up just some decimal.
Let's say that this decimal is 5.6.
Now, we're going to run this little decimal of ours through a series of trials, and we shall not stop till we move this decimal 2 spaces to the right!
We'll know when it is two spaces to the right when 5.6 is equal to 560. So, let's run them calculations...
A: 5.6 / 100 = 0.056. Nope, this won't be it...
B: 5.6 / 10 = 0.56. Nope, this again won't be it...
C: 5.6 * 100 = 560. This looks pretty good!
D: 5.6 * 10 = 56. Nope, this isn't 560.
So, after going through all those calculations - I think we can see what our answer will be here! =)
So, let's make up just some decimal.
Let's say that this decimal is 5.6.
Now, we're going to run this little decimal of ours through a series of trials, and we shall not stop till we move this decimal 2 spaces to the right!
We'll know when it is two spaces to the right when 5.6 is equal to 560. So, let's run them calculations...
A: 5.6 / 100 = 0.056. Nope, this won't be it...
B: 5.6 / 10 = 0.56. Nope, this again won't be it...
C: 5.6 * 100 = 560. This looks pretty good!
D: 5.6 * 10 = 56. Nope, this isn't 560.
So, after going through all those calculations - I think we can see what our answer will be here! =)
To move the decimal place two places to the right, you should multiply the decimal by 100. The easiest way to see this is through examples:
.55
x100
55
You should simply move the decimal to the right for each "0" in the problem. Then, you should multiply by whatever is left in the problem as you would solve for a normal multiplication problem.
.55
x100
55
You should simply move the decimal to the right for each "0" in the problem. Then, you should multiply by whatever is left in the problem as you would solve for a normal multiplication problem.