A Metal Bar Can Slide On Two Metal Rails As Shown In The Figure External Force Pushes Metal Har To The Left The Rails T 1 (12.02 KiB) Viewed 44 times
A Metal Bar Can Slide On Two Metal Rails As Shown In The Figure External Force Pushes Metal Har To The Left The Rails T 2 (11.86 KiB) Viewed 44 times
A Metal Bar Can Slide On Two Metal Rails As Shown In The Figure External Force Pushes Metal Har To The Left The Rails T 3 (11.86 KiB) Viewed 44 times
A metal bar can slide on two metal rails as shown in the figure. external force pushes metal har to the left The rails together with the bar form a closed loop that allows an electric current to flow. A constant magnetic field is directed upward out of the plane of the figure, perpendicular to the loop, what can you say about the induced current in the loop when an external force pushes the metal bar some distance to the left? The induced current in the op is impossible to determine based on the given amount of information. O will oscillate will flow counter-clockwise is zero will flow clockwise Submit Answer Tries 0/16
A metal bar can slide on two metal rails as shown in the figure. external force pushes metal bar to the left The rails together with the bar form a closed loop that allows an electric current to flow. A constant magnetic field is directed upward out of the plane of the figure, perpendicular to the loop. What can you say about the induced current in the loop when an external force pushes the metal tar some distance to the left? The induced current in the loop O is impossible to determine based on the given amount of information. will oscillate. Dwill flow counter-clockwite is zero. will flow clockwise.
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