A transverse sinusoidal wave is generated at one end of a long,horizontal string by a bar that moves up and down through adistance of 2.00 cm. The motion is continuous and is repeatedregularly 110 times per second. The string has linear density 130g/m and is kept under a tension of 110.0 N.
(a) Find the maximum value of the transverse speed u.=691cm/s
(b) Find the maximum value of the transverse component of thetension.
(c) Show that the two maximum values calculated above occur at thesame phase values for the wave. (Do this on paper. Your instructormay ask you to turn in this work.) What is the transversedisplacement y of the string at these phases?
(d) What is the maximum rate of energy transfer along thestring?
(e) What is the transverse displacement y when this maximumtransfer occurs?
(f) What is the minimum rate of energy transfer along the string?(g) What is the transverse displacement y when this minimumtransfer occurs?
A transverse sinusoidal wave is generated at one end of a long,horizontal string by a bar that moves up and down through adistance of 2.00 cm. The motion is continuous and is repeatedregularly 110 times per second. The string has linear density 130g/m and is kept under a tension of 110.0 N.
(a) Find the maximum value of the transverse speed u.=691cm/s
(b) Find the maximum value of the transverse component of thetension.
(c) Show that the two maximum values calculated above occur at thesame phase values for the wave. (Do this on paper. Your instructormay ask you to turn in this work.) What is the transversedisplacement y of the string at these phases?
(d) What is the maximum rate of energy transfer along thestring?
(e) What is the transverse displacement y when this maximumtransfer occurs?
(f) What is the minimum rate of energy transfer along the string?(g) What is the transverse displacement y when this minimumtransfer occurs?
