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Each of the 36 pieces is one quarter of one of the original ribbons. Therefore there are 36 quarter pieces of ribbon. Thus there were originally 36 × 1/4 = 9 ribbons
1/4 wasn't eaten
100 pieces
In order for there to be equal pieces, the length of the pieces must be factors of both the length of the ribbon and the object. Thus, there are actually many answers. For example: 2,4,6,8, and 16 inch pieces both work.
You first need to find out what the pieces are. 12 mm is a measure of length. Length, by itself cannot be converted to an equivalent mass.
Each of the 36 pieces is one quarter of one of the original ribbons. Therefore there are 36 quarter pieces of ribbon. Thus there were originally 36 × 1/4 = 9 ribbons
she would have had 5 and 1 sixth pieces of ribbon
1/4 wasn't eaten
10 pieces
4
It depends on how many tiles of each length that you have.
100 pieces
In order for there to be equal pieces, the length of the pieces must be factors of both the length of the ribbon and the object. Thus, there are actually many answers. For example: 2,4,6,8, and 16 inch pieces both work.
Algebra is used to measure and find the length, width, and height of an object. And you can use math to calculate the amount of building pieces used to make the full object.
You first need to find out what the pieces are. 12 mm is a measure of length. Length, by itself cannot be converted to an equivalent mass.
amount of neutrons and amount of protons
If 104 yards of ribbon is cut into 14 equal length pieces, each piece will have length of 7.43 yards, to the justified number of significant digits.