A 2.00 m long string is vibrated 5.00 times every second to create a standing wave with 2 antinodes.

1.) what is the speed of the waves creating the standing wave?

2.) what is the fundamental frequency of the string?

3.) what frequency will produce resonance with 3 antinodes?

Question

26 February, 11:39

+5

Answers (1)

Know the Answer?

Mckenna Craig · Answer 1

1 ...23

2. 4

3. 6

that is the answer i know bc i already took a test on that and made a 100, so this is the answer

A 2.00 m long string is vibrated 5.00 times every second to create a standing wave with 2 antinodes.1.) what is the speed of the waves creating the standing wave?2.) what is the fundamental frequency of the string?3.) what frequency will produce resonance with 3 antinodes?