Statement - 1 : For an observer looking out through the window of a fast moving train…
Physics · JEE Advanced · NTA Exams — Kinematics
Statement - 1 : For an observer looking out through the window of a fast moving train, the nearby objects appear to move in the opposite direction to the train, while the distant objects appear to be stationary.
Statement - 2 : If the observer and the object are moving at velocities \(\vec{V}_{1} \ ext { and } \vec{V}_{2}\) respectively with reference to a laboratory frame, the velocity of the object with respect to the observer is
Statement - 2 : If the observer and the object are moving at velocities \(\vec{V}_{1} \ ext { and } \vec{V}_{2}\) respectively with reference to a laboratory frame, the velocity of the object with respect to the observer is
- Statements-1 and 2 are true and statement-2 is a correct explanation for statement-1
- Statements-1 and 2 are true and statement-2 is not a correct explanation for statement-1
- Statement-1 is true, statement-2 is false
- Statement-1 is false, statement-2 is true.
Answer
(B) Statements-1 and 2 are true and statement-2 is not a correct explanation for statement-1
Sign up free on Edukali to view the step-by-step worked solution and practice thousands of similar questions.
Related practice questions
- .A body moving with a uniform acceleration has velocities of u and v when passing through points A and B in…
- An aircraft moving with a speed of 250 m/s is at a height of 6000 m, just overhead of an anti-aircraft gun…
- Let and be two non-collinear unit vectors. If u = a -( a b ) b ext and v = a imes b , then | | is
- Four particles are moving along X–axis. Their coordinates (in metres) as function of time (in seconds) are…
- Let x , y ext and z be three vectors each of magnitude and the angle between each pair of them is π/3. If is…
- An object is thrown in vertically upward direction. During its rising
- In 1.0 s, a particle goes from point A to point B , moving in a semicircle of radius 1.0 m as shown in the…
- The position vector of a particle is given as i = ( t ^ 2 -4 t +6 ) i + ( t ^ 2 ) j The time after which the…