- The Second Question A Body Of Mass 9 Kg Moves Along The X Axis Under The Action Of A Force Given By 3x N F Find 1 (8.6 KiB) Viewed 46 times
- The Second Question A Body Of Mass 9 Kg Moves Along The X Axis Under The Action Of A Force Given By 3x N F Find 2 (7.97 KiB) Viewed 46 times
- The Second Question A Body Of Mass 9 Kg Moves Along The X Axis Under The Action Of A Force Given By 3x N F Find 3 (6.16 KiB) Viewed 46 times
- The Second Question A Body Of Mass 9 Kg Moves Along The X Axis Under The Action Of A Force Given By 3x N F Find 4 (6.07 KiB) Viewed 46 times
- The Second Question A Body Of Mass 9 Kg Moves Along The X Axis Under The Action Of A Force Given By 3x N F Find 5 (6.18 KiB) Viewed 46 times
- The Second Question A Body Of Mass 9 Kg Moves Along The X Axis Under The Action Of A Force Given By 3x N F Find 6 (7.28 KiB) Viewed 46 times
- The Second Question A Body Of Mass 9 Kg Moves Along The X Axis Under The Action Of A Force Given By 3x N F Find 7 (5.06 KiB) Viewed 46 times
The third question: X Att = 0, the displacement of the x (0) point in a linear oscillator is 8.6 cm - and its velocity is 0.93 m/s - = (0), and speed it up.a(0) * + 48 m/s tay What is the angular frequency and frequency way (b) What is the phase constant? ta What is the amplitude of movement
Fourth question: A mass of 1 g vibrates within 1 mm on each side of the midpoint of its path and produces 500 complete vibrations per second. Assuming the mation is simple harmonic, prove that the maximum force acting on the particle is:Newton
The fifth question: A block M is attached to a vibrating spring with a period of 2 s. If the mass increases by 2 kg, the period is increased by one second. Find the initial mass Massuming that it obeys Hooke's taw.
Sixth question: block moves under the intuence of a voltage piven by the relationship ()-- Find the position of the constantequilibrium of mass ) al ) BC Find the angular frequency of the small oscillations of this mass around this point.
Seventh question: A mass of 8 kg is attached to a light spring and a light viscous fluid. If 0 =t, then x=0.12 m and 0 =v. Find (a) the displacement at any time; (b) the period of the motion = 20 N s/m )b,= 30 N/mk.
Eighth question: The specificity factor of the acoustic meter wire is 4000. The wire vibrates at a frequency of 300 Hz. Find the time during which the capacity is reduced to half its Initial value