Asked by James
This problem pertains to Cuisenaire Rods:
1-white
2-red
3-green
4-purple
5-yellow
6-dark green
7-black
8-brown
9-blue
10-orange
Question:
(a) If an all-brown train is equal in length to an all-orange train, what can be said about the number of brown rods compared to the number of orange rods?
(b) If a number can be represented by an all-red train, and an all-black train, it has at least eight factors. Name these factors.
(c) What is the smallest number of red rods for which an all-red train is equal in length to an all-blue train?
1-white
2-red
3-green
4-purple
5-yellow
6-dark green
7-black
8-brown
9-blue
10-orange
Question:
(a) If an all-brown train is equal in length to an all-orange train, what can be said about the number of brown rods compared to the number of orange rods?
(b) If a number can be represented by an all-red train, and an all-black train, it has at least eight factors. Name these factors.
(c) What is the smallest number of red rods for which an all-red train is equal in length to an all-blue train?
Answers
Answered by
Reiny
wow, haven't seen Cuisenaire Rods since the early 60's
Don't tell me they are still using these.
Don't tell me they are still using these.
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