Irodov – Problems in General Physics

V if Fig. 1.69. Fig. 1.71. 1.265. A small body A is fixed to the inside of a thin rigid hoop of radius R and mass equal to that ...

still. Explain the disappearance of the angular momentum of the cube relative to the axis lying in the plane at right angles to ...

tain moment the man starts moving along the edge of the disc; he shifts over an angle cp' relative to the disc and then stops. I ...

Fig. 1.73. is in this case the horizontal component of the force acting on the upper end of the axis? 1.282. The middle of a uni ...

The distance between the bearings in which the axle of the disc is mounted is equal to 1 = 15 cm. The axle is forced to oscillat ...

1.290. What pressure has to be applied to the ends of a steel cyl- inder to keep its length constant on raising its temperature ...

the vicinity of the point 0 if the length of the protruding section of /MO in Fig. 1.74. the girder is equal to 1 = 6.0 m and th ...

1.304. A steel plate of thickness h has the shape of a square whose side equals 1, with h << 1. The plate is rigidly fixed ...

1.311. What work has to be performed to make a hoop out of a steel band of length 1 = 2.0 m, width h = 6.0 cm, and thickness 6 = ...

Fig. 1.82. the volume of water flowing across the pipe's section per unit time if the difference in water columns is equal to Ah ...

fice to s, with s being considerably less than the piston area. The friction and viscosity are negligibly small. 1.323. A cylind ...

C Z Fig. 1.87. Fig. 1.89. 1.329. A side wall of a wide open tank is provided with a narrow- ing tube (Fig. 1.88) through which w ...

1.332. A long cylinder of radius R 1 is displaced along its axis with a constant velocity vo inside a stationary co-axial cylind ...

viscosities of glycerin and water are equal to rh = 13.9 P and 12 = = 0.011 P respectively. 1.338. A lead sphere is steadily sin ...

Relationship between the energy and momentum of a relativistic par- tide E 2 — p 2 c 2 = mic 4 , pc = YT (T ±2moc 4 ).^ (1.8h) ...

the proper distance between the particles prior to their hitting the target. 1.349. A rod moves along a ruler with a constant ve ...

(a) the readings of the clocks B and B' at the moment when they are opposite each other; (b) the same for the clocks A and A'. 1 ...

(a) the approach velocity of the particles in the laboratory frame of reference; (b) their relative velocity. 1.360. Two rods ha ...

if in the frame K this particle moves with a velocity v and accelera- tion w along a straight line (a) in the direction of the v ...

1.375. Find how the momentum of a particle of rest mass m 0 de- pends on its kinetic energy. Calculate the momentum of a proton ...