Previous Page Next Page Page 2 of 30 Question 2 (1 point) In the following wire, conventional current is flowing to the right. In which direction will the compass point? conventional Current north O east O south O west Previous Page Next Page Page 2 of 30Previous Page Next Page Page 9 of 30 Question 9 (1 point) The following object has a mass of 320 kg. Determine the acceleration of the object. 1400 N4 1200 N 600 N 600 N 1500 N 4 m/s2 [Upward] 6 m/s2 [Upward] 5 m/s2 [Upward] 3 m/s2 [Upward] Previous Page Next Page Page 9 of 30Previous Page Next Page Page 15 of 30 Question 15 (1 point) The weight in the following diagram has a mass of 0.750 kg and the cart has a mass of 0.52 kg. There is a friction force of 2.1 N acting on the cart. What is the tension in the string? 4.2 N O4.1 N 4.4 N 4.3 N Previous Page Next Page Page 15 of 30Question 14 (& points) For each image or description, determine the direction described. [ ] [ ] i the direction of current irduced in the following wire if the magnetic field suddenly drops to zero [R the magnetic force on the left side of the loop e -2 the direction of current induced if the magnet is moved out of the page. i m 2T the direction your left 3. left thumb would point following the left hand rule 4 right for electron flow, if the south end of a bar magnet 5 clockwise were loweered into a solenoid. 4. counterclockwise the direction of current induced in the following 7. nonz wire if the magnet is pushed into the page 1. up the magnetic force on the left side of the loop the direction of current induced if the magnet is moved out of the page. 1. up 2. down the direction your left 3. left thumb would point following the left hand rule 4. right for electron flow, if the south end of a bar magnet 5. clockwise were lowered into a solenoid. 6. counterclockwise the direction of current induced in the following 7. none wire if the magnet is pushed into the page the direction of rotation for the following AC generator