Honey, if four counters are 1 2, then one whole is 4. It's basic math, darling. Just add up those counters and you'll get your answer. Math doesn't have to be complicated, sugar, it's all about putting those pieces together.
If four counters represent the number 1 2, then each counter is equal to 1/4 of the whole. Therefore, one whole would be represented by 4 counters, each showing the number 1 2. In other words, one whole would be equal to 4 times the value of each counter, which is 1 2, resulting in a total of 2.
20c = 1 whole. 80c = 4 whole. 16c = 4/5 whole.
Assuming counters = C. 12C = 3/4set. 48C = 3set. 16 = 1 Set.
Four of them because 4/4 = 1
If you're asking what 1/4 of 12 is: 12 * 0.25 = 3 3 * 4 = 12 3 + 3 + 3 + 3 = 12
One divided by four is one quarter, or 0.25 think of a whole pie. This represents 1. Divide it by four and you get 1/4 of the pie.
if 2 counters are 1/4 then what is one whole
20c = 1 whole. 80c = 4 whole. 16c = 4/5 whole.
If 2 counters = 1/4 whole2=1/4xx4 x48=x8 is the whole.
if 3 equals one third, then one whole would be comprised of 9.
5/10 or 1/2.
Yes. When a creature has both -1/-1 counters and +1/+1 counters, you remove one of each until the card has only one kind. So if a creature had 3 -1/-1 counters on it, and an ability placed 2 +1/+1 counters on it, you would remove 2 of the +1/+1 counters and 2 -1/-1 counters, so it remains with only one -1/-1 counter. This action is a state-based action. If anyone would like to see this ruling in the Magic Comprehensive rules, you may find it at 120.2
Assuming counters = C. 12C = 3/4set. 48C = 3set. 16 = 1 Set.
Four of them because 4/4 = 1
If you're asking what 1/4 of 12 is: 12 * 0.25 = 3 3 * 4 = 12 3 + 3 + 3 + 3 = 12
four
One divided by four is one quarter, or 0.25 think of a whole pie. This represents 1. Divide it by four and you get 1/4 of the pie.
1 whole