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three resistors r1 852 omega r2 199 omega r3 700 omega and two batteries e1 400 v and e2 368 are connected as shown
there are three resistors connected to a battery with e 10 v and r1 r2 r3 600 omega which arrangement gives the
three point charges are located at the corners of an equilateral triangle as in the figure below find the magnitude and
three point charges are located on a circular arc as shown in the figure below take r 364 cm let to the right be the x
three point charges are fixed in place in a right triangle see figure if q1 53 muc q2 72 muc and q3 25 muc what is
three point charges are arranged at the corners of a square of side l as shown in figure 1 what is the potential at the
three point charges are arranged along the x-axis charge q1 -450 nc is located at x 0200 m and charge q2 250 is at x
when three point charges 40 muc -50 muc and -90 muc are placed on the x-axis at the points x 0 cm x 40 cm and x 120
three point charges of -200 muc 400 muc and 600 muc are placed along the x axis as shown in figure what is the
three odd-shaped blocks of chocolate have the following masses and center-of-mass coordinates 1 0300kg 0300m 0400m 2
three objects are located 75 cm object 1 100 cm object 2 and 150 cm object 3 to the left of a converging lens whose
three objects a b and c are moving as shown in the figure below figure 1 assume that va 102ms vb 940ms and vc
three masses a b and c with the same momentum are moving across a horizontal frictionless surface the masses are
three masses 10 kg 20 kg and 30 kg are located at 00 m 00 m 10 m 10 m and 20 m -20 m respectively what is the location
three long wires all parallel to each other each carry a current of 10 a out of the page the wires sit on the vertices
three light bulbs a b and c have electrical ratings as followsbulb a 960 w 170 abulb b 800 v 205 wbulb c 120 v 0400
three infinite straight wires are fixed in place and aligned parallel to the z-axis as shown the wire at xy -14 cm 0
three identical light bulbs are connected to two batteries as shown in the diagram aboveto start the analysis of this
three forces of magnitudes f140n f260n and f380n are applied to a block of mass m20kg initially at rest at angles shown
three forces act on a mass causing it to move from rest to the right a distance 322 m if the forces at 7137 at 0
three forces act on a mass of 42 kg the forces are x 20 n acting to the east y 50 n acting 45o to the north of east
three equal charges 6 muc are located in the xy-plane one at 0 m 35 m another at 72 m 0 m and the third at 35 m 27 m
1 what is the relationship between kwh and joules explain briefly2 exoplain briefly the differences between peak and
1 which section of the wire could generate magnetic field on point qname the sections as ab cd etc2 what is the
three electrons form an equilateral triangle 150nm on each side a proton is at the center of the trianglewhat is the