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consider a current loop immersed in a magnetic field as in figure 22-34a it is given that b 027 t and i 95 a in
consider the cyclic thermodynamics process abca shown in the diagram recall eint q w first law of thermodynamics1
two carts collide in a perfectly elastic collision cart a has a mass of 08 kg and an initial velocity of 018 ms it hits
two carts a and b are moving towards each other a has a mass of 20 kg and a velocity of 50 ms while b has a mass of 40
consider a double star system the stars are held together as a system by the gravitational force between them the star
two cars collide at an intersection car a with a mass of 2000kg is going from west to east while car b of mass 1500kg
consider an electron being ejected from the surface of a heated filament at nearly zero speeda through what potential
two boxes sit at the top of two straight ramps of the same height one ramp is steeper than the other makes a greater
two boxes m1270kg and m2120kg are connected by a light string that passes over a light frictionless pully one box rests
consider a liquid drop of mass 83 mg falling with a terminal velocity of 59 ms assuming a linear drag force r bv where
consider nucleus with atomic mass 55934939 u it undergoes an alpha 4002603 udecay resulting in a daughter nucleus with
consider a roller coaster that is initially at rest at 1 under the influence of gravity the roller coaster car glides
consider a seesaw whose total mass is 10 kg and total length is 35 m suppose the seesaw is placed off center on the
a two-body collision with a springa moving block collides with another moving block with a spring attached a before the
consider a series rc circuit as in the figure below for which r 220omega c 150 muf and 315 va find the time
two blocks are sliding on a horizontal frictionless surface with velocities shown in the sketch block a has mass 0500
two blocks are placed on a frictionless inclined plane as shown in the figure there is friction between the blocks the
consider a string with linear mass density 01189 gcm and length 1155 cm oscillating as shown in the figure the tension
two blocks of massesnbspm1nbspandnbspm2nbspm1nbspgtnbspm2 are placed on a frictionless table in contact with each other
consider a spring whose natural length is 20 cm is compressed by 10 cm and placed between two masses m 80 kg and m 40
consider a system consisting of two concentric solenoids as illustrated in figure 22-48 the current in the outer
two blocks of masses m1 and m2 hang at the ends of a string that passes over the very light pulley with low friction
consider two parallel-plate capacitors identical in shape one aligned so that the plates are horizontal figure 1 and
consider two simple harmonic oscillators with the same spring constant k and mass m damping and driving forces are