A Spring attached to a wire is initally at reste but it's put through a magnetic feilid It dialates of 2mm. Tu magnitude and the direct of the F=-KAX →→ hook's Law (spring) current
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- The answer is C) 205.36 but I am confused on the steps of how to solve this problem.If the sample mass reading INCREASES while bringing a substance close to a set of magnets, is it paramagnetic or diamagnetic? Explain?① Rank the following based on the amant of magnetic fly through each loop. All loops have the same area. flux A B C D со
- At what distances from a very long, straight wire carrying a 10 A current would the magnetic field -5 a) SX10T b)sx10T c0.1 to 1t ) 10T strengths above-be generated?(2) Please don't write on a paper. I can't understand handwritten. A 6000-dm length of wire stretches between two posts and carries a 0.0124-mA current. Find the magnitude of the force on the wire due to the Earth's magnetic field of 6.62E-5 which makes an angle of 68° with the wire.- uniform O, 655 T magnetic freld a coil lag. sids wilthin it magaehe Moment is inibally oniented antipaallel to the feld stateo the che > s ntaled so its Moment is now parallel to elecme If coil paro feld, what's he change m its potenhal enegy 0otenhal ?
- 11) Two, 12.5 cm long, 1.00 gram, wi res (1) and (2) are to be held 3.0 cm apart One wire is hanging horizontally from string s. The other wi re is to be held parallel and below the first. How much current and in what direction should the current flow to ma ke the second wire hover(levitate, not fall) below the first? (You may assume both wi res are carry ing the same am ount of current) • Determine the magnitude and direction of the magnetic field caused byeach wi re at the location of the other (B-field of (1) @ (2) and B-field of (2) @ (1)) • Determine the magnitude and direction of the force on each wi re caused by the other wi re.Don't use chat gpt It Chatgpt means downvote82 A beam of electrons whose kinetic energy is K emerges from a thin-foil "win- dow" at the end of an acceler- ator tube. A metal plate at dis- tance d from this window is perpendicular to the direction of the emerging beam (Fig. 28- 55). (a) Show that we can pre- vent the beam from hitting the Foil window - Electron beam Plate Tube d Fig. 28-55 Problem 82.