364640 An object is initially at a distance of \(100\,cm\) from a plane mirror. If the mirror approaches the object at a speed of \({5 {~cm} / {s}}\), then after 6 s the distance between the object and its image will be

364641 If an observer is walking away from the plane mirror with \(6\;m{\rm{/}}\sec \). Then the velocity of the image with respect to observer will be

364642 A plane mirror is place along the \({\rm{x}}\)-axis facing negative \({\rm{y}}\)-axis. The mirror is fixed. A point object is moving with velocity \(2\hat i + 4\hat j\) in front of plane mirror. The relative velocity of image with respect of its object

364643 In the shown figure velocity of image with respect to mirror?

364640 An object is initially at a distance of \(100\,cm\) from a plane mirror. If the mirror approaches the object at a speed of \({5 {~cm} / {s}}\), then after 6 s the distance between the object and its image will be

364641 If an observer is walking away from the plane mirror with \(6\;m{\rm{/}}\sec \). Then the velocity of the image with respect to observer will be

364642 A plane mirror is place along the \({\rm{x}}\)-axis facing negative \({\rm{y}}\)-axis. The mirror is fixed. A point object is moving with velocity \(2\hat i + 4\hat j\) in front of plane mirror. The relative velocity of image with respect of its object

364643 In the shown figure velocity of image with respect to mirror?

364640 An object is initially at a distance of \(100\,cm\) from a plane mirror. If the mirror approaches the object at a speed of \({5 {~cm} / {s}}\), then after 6 s the distance between the object and its image will be

364641 If an observer is walking away from the plane mirror with \(6\;m{\rm{/}}\sec \). Then the velocity of the image with respect to observer will be

364642 A plane mirror is place along the \({\rm{x}}\)-axis facing negative \({\rm{y}}\)-axis. The mirror is fixed. A point object is moving with velocity \(2\hat i + 4\hat j\) in front of plane mirror. The relative velocity of image with respect of its object

364643 In the shown figure velocity of image with respect to mirror?

364640 An object is initially at a distance of \(100\,cm\) from a plane mirror. If the mirror approaches the object at a speed of \({5 {~cm} / {s}}\), then after 6 s the distance between the object and its image will be

364641 If an observer is walking away from the plane mirror with \(6\;m{\rm{/}}\sec \). Then the velocity of the image with respect to observer will be

364642 A plane mirror is place along the \({\rm{x}}\)-axis facing negative \({\rm{y}}\)-axis. The mirror is fixed. A point object is moving with velocity \(2\hat i + 4\hat j\) in front of plane mirror. The relative velocity of image with respect of its object

364643 In the shown figure velocity of image with respect to mirror?