364635 Four identical mirrors are made to stand vertically to form a square arrangement as shown in a top view. A ray starts from the midpoint \({M}\) of mirror \({AD}\) and after two reflections reaches corner \({D}\). Then, \(\cot \theta=\)

364636 A plane mirror is approaching you at a speed of \(10\;cm{\rm{/}}\sec \). You can see your image in it. At what speed will your image approach you?

364637 A plane mirror is placed in \(y - z\) plane facing towards negative \(x\)-axis. The mirror is moving parallel to \(y\)-axis with a speed of \(2\;cm{\rm{/}}s\). A point object \(P\) is moving infront of the mirror with a velocity \(\left( {1\;cm/s} \right)\)\({\rm{\hat i + (1}}cm/s{\rm{)\hat j}}{\rm{.}}\) Then which of the following statements is incorrect?

364638 A person runs with a speed \(u\) towards a bicycle moving away from him with speed \({\rm{v}}\). The person approaches his image in the plane of the mirror fixed at the rear of bicycle with a speed of

364639 An object is approaching a plane mirror at \(10\,cm{\rm{/}}s.\) A stationary observer sees the image. At what speed will the image approach the stationary observer?

364635 Four identical mirrors are made to stand vertically to form a square arrangement as shown in a top view. A ray starts from the midpoint \({M}\) of mirror \({AD}\) and after two reflections reaches corner \({D}\). Then, \(\cot \theta=\)

364636 A plane mirror is approaching you at a speed of \(10\;cm{\rm{/}}\sec \). You can see your image in it. At what speed will your image approach you?

364637 A plane mirror is placed in \(y - z\) plane facing towards negative \(x\)-axis. The mirror is moving parallel to \(y\)-axis with a speed of \(2\;cm{\rm{/}}s\). A point object \(P\) is moving infront of the mirror with a velocity \(\left( {1\;cm/s} \right)\)\({\rm{\hat i + (1}}cm/s{\rm{)\hat j}}{\rm{.}}\) Then which of the following statements is incorrect?

364638 A person runs with a speed \(u\) towards a bicycle moving away from him with speed \({\rm{v}}\). The person approaches his image in the plane of the mirror fixed at the rear of bicycle with a speed of

364639 An object is approaching a plane mirror at \(10\,cm{\rm{/}}s.\) A stationary observer sees the image. At what speed will the image approach the stationary observer?

364635 Four identical mirrors are made to stand vertically to form a square arrangement as shown in a top view. A ray starts from the midpoint \({M}\) of mirror \({AD}\) and after two reflections reaches corner \({D}\). Then, \(\cot \theta=\)

364636 A plane mirror is approaching you at a speed of \(10\;cm{\rm{/}}\sec \). You can see your image in it. At what speed will your image approach you?

364637 A plane mirror is placed in \(y - z\) plane facing towards negative \(x\)-axis. The mirror is moving parallel to \(y\)-axis with a speed of \(2\;cm{\rm{/}}s\). A point object \(P\) is moving infront of the mirror with a velocity \(\left( {1\;cm/s} \right)\)\({\rm{\hat i + (1}}cm/s{\rm{)\hat j}}{\rm{.}}\) Then which of the following statements is incorrect?

364638 A person runs with a speed \(u\) towards a bicycle moving away from him with speed \({\rm{v}}\). The person approaches his image in the plane of the mirror fixed at the rear of bicycle with a speed of

364639 An object is approaching a plane mirror at \(10\,cm{\rm{/}}s.\) A stationary observer sees the image. At what speed will the image approach the stationary observer?

364635 Four identical mirrors are made to stand vertically to form a square arrangement as shown in a top view. A ray starts from the midpoint \({M}\) of mirror \({AD}\) and after two reflections reaches corner \({D}\). Then, \(\cot \theta=\)

364636 A plane mirror is approaching you at a speed of \(10\;cm{\rm{/}}\sec \). You can see your image in it. At what speed will your image approach you?

364637 A plane mirror is placed in \(y - z\) plane facing towards negative \(x\)-axis. The mirror is moving parallel to \(y\)-axis with a speed of \(2\;cm{\rm{/}}s\). A point object \(P\) is moving infront of the mirror with a velocity \(\left( {1\;cm/s} \right)\)\({\rm{\hat i + (1}}cm/s{\rm{)\hat j}}{\rm{.}}\) Then which of the following statements is incorrect?

364638 A person runs with a speed \(u\) towards a bicycle moving away from him with speed \({\rm{v}}\). The person approaches his image in the plane of the mirror fixed at the rear of bicycle with a speed of

364639 An object is approaching a plane mirror at \(10\,cm{\rm{/}}s.\) A stationary observer sees the image. At what speed will the image approach the stationary observer?

364635 Four identical mirrors are made to stand vertically to form a square arrangement as shown in a top view. A ray starts from the midpoint \({M}\) of mirror \({AD}\) and after two reflections reaches corner \({D}\). Then, \(\cot \theta=\)

364636 A plane mirror is approaching you at a speed of \(10\;cm{\rm{/}}\sec \). You can see your image in it. At what speed will your image approach you?

364637 A plane mirror is placed in \(y - z\) plane facing towards negative \(x\)-axis. The mirror is moving parallel to \(y\)-axis with a speed of \(2\;cm{\rm{/}}s\). A point object \(P\) is moving infront of the mirror with a velocity \(\left( {1\;cm/s} \right)\)\({\rm{\hat i + (1}}cm/s{\rm{)\hat j}}{\rm{.}}\) Then which of the following statements is incorrect?

364638 A person runs with a speed \(u\) towards a bicycle moving away from him with speed \({\rm{v}}\). The person approaches his image in the plane of the mirror fixed at the rear of bicycle with a speed of

364639 An object is approaching a plane mirror at \(10\,cm{\rm{/}}s.\) A stationary observer sees the image. At what speed will the image approach the stationary observer?