a-copper-cable-is-strongly-tied-between-two-trees-the-horizontal-distance-betwee

Question

A copper cable is tied between two trees. The horizontal distance between the two trees is 3 m. The transverse waves travel at a speed of 80 m/s along the taut cable. Calculate the i) wavelength and ii) frequency of the third overtone.

Accepted Answer

i) λ = 1.5 m ii) f = 53.3 Hz

Answer

i) λ = 0.75 m ii) f = 53.3 Hz

Answer

i) λ = 0.75 m ii) f = 106.6 Hz

Answer

i) λ = 1.5 m ii) f = 106.6 Hz

My Courses

Chemistry

Biology

Math

Physics

Business

Social Sciences

Programming

Product & Marketing

A copper cable is tied between two trees. The horizontal distance between the two trees is 3 m. The transverse waves travel at a speed of 80 m/s along the taut cable. Calculate the i) wavelength and ii) frequency of the third overtone.