Consider a uniform rod of 1m length having rectangular cross section (see figure) with one end clamped and another end f
Posted: Mon May 02, 2022 2:55 pm
how to solve this?
Consider a uniform rod of 1m length having rectangular cross section (see figure) with one end clamped and another end free to vibrate. If a static force F is applied at the free end the deflection y is given by y= F. Here a > b and Yis Yab the Young's modulus. F y= 4 Yab im Consider the case with a =4.7 cm and b=1.7 cm. Suppose a heavy mass is attached at the free end of the rod and given a small deflection along a arbitrary direction parallel to the cross section, then the observed frequency of small oscillation along the 4.7 cm side is 50 Hz. Write the numerical value of the frequency of oscillation (in Hz) in the perpendicular direction in two decimal places.
Consider a uniform rod of 1m length having rectangular cross section (see figure) with one end clamped and another end free to vibrate. If a static force F is applied at the free end the deflection y is given by y= F. Here a > b and Yis Yab the Young's modulus. F y= 4 Yab im Consider the case with a =4.7 cm and b=1.7 cm. Suppose a heavy mass is attached at the free end of the rod and given a small deflection along a arbitrary direction parallel to the cross section, then the observed frequency of small oscillation along the 4.7 cm side is 50 Hz. Write the numerical value of the frequency of oscillation (in Hz) in the perpendicular direction in two decimal places.