Suppose you walk toward a mirror at 2m/s
WebAnswer. Step #1 of 2. Given: v = 2 m/s. Step #2 of 2. formula used: The velocity of the image in the mirror is 2 v,where v is the velocity of object towards the mirror. So, when an object … WebGreen and purple light rays have been used for the situation in which the man is standing close to the mirror. The two ray diagrams above demonstrate that the distance that a person stands from the mirror will not affect the amount of …
Suppose you walk toward a mirror at 2m/s
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WebSuppose you walk toward a mirror at 2 m/s. How fast do you and your image approach each other? (The answer is not 2 m/s.) SciencePhysicsRay Optics Answer Step #1 of 2 Given: v = 2 m/s Step #2 of 2 formula used: The velocity of the image in the mirror is 2 v,where v is the velocity of object towards the mirror. WebQ: When you stand 2m in front of a full length mirror, your image is. real & 2m behind the mirror real… A: Given data: Distance of object from the mirror = 2 m Mirror type : Plane mirror Q: What is the image formed by a convex lens if an object is placed at the center of curvature of the… A: Click to see the answer
WebA: Givenheight of Object, h0=3.5 cmObject distance, u=-12 cmFocal Length of concave mirror, f=-25 cm. Q: Starting 4.5 m from a department store mirror, Suzanne walks toward the mirror at 1.5 m/s for 2.0 s. A: Solution. Q: When you stand 2m in front of a full length mirror, your image is. real & 2m behind the mirror real…. WebPart 1 Suppose that you are walking perpendicularly with a velocity of +1.4 m/s toward a stationary plane mirror. What is the velocity of your image relative to you? The direction in which you walk is the positive direction. Part 2 Two plane mirrors are separated by 120°, as the drawing illustrates. If a ray strikes mirror M1 at a 65° angle of
WebSolution Verified by Toppr Correct option is B) If object moves by 2ms −1 towards mirror then image formed by mirror will also move towards mirror by 2ms −1. So image willbe … WebWhen a person is assumed to be at a distance of 2 m away from the mirror, then a virtual image would appear behind the mirror at the same distance of 2 m . So, the total distance of the image from the person is 4 m ( 2 m + 2 m).
WebSuppose you walk toward a mirror at 2 m/s. How fast do you and your image approach cach other? (The answer is not 2 m/s.) 39. A butterfly at eye level is 20 cm in front of a plane mirror. You are behind the butterfly, 50 cm from the mirror. What is the distance between your eye and the image of the butterfly in the mirror?
WebThink carefully about what that means. The image would also be walking 1.7m/s in the negative x direction with respect to the mirror. You are also moving the same speed in the positive x direction with respect to the mirror. Hence, the image is basically walking at 1.7+1.7=3.4 towards you. dpf it用語WebSuppose you walk toward a mirror at 3 m/s. A) How fast do you and your image approach each other? B) How fast does your image approach the mirror? This problem has been solved! You'll get a detailed solution from a subject matter expert that helps you learn core concepts. See Answer Question: 5. Suppose you walk toward a mirror at 3 m/s. emery rose headbandWebAug 1, 2009 · The image in the mirror will be coming toward you, the object, at the same speed that you are going. This means that you simply multiply your speed by two (ie you … dp fitness williamsburg vaemery rose minimalist chunky heeled bootsWebIf you walk directly toward a plane mirror at a speed v, at what speed does your image approach you? (i) Slower than v; (ii) v; (iii) faster than v but slower than 2 v; (iv) 2 v; (v) faster than 2 v. Expert Solution & Answer Want to see the full answer? Check out a sample textbook solution See solution schedule 01:08 chevron_left Previous dpfldarts.comWebAverage speed is a scalar, so we do not include direction in the answer. We can check the reasonableness of the answer by estimating: 5 meters divided by 2 seconds is 2.5 m/s. Since 2.5 m/s is close to 2.9 m/s, the answer is reasonable. This is about the speed of a brisk walk, so it also makes sense. emery rose handbagsWebJul 29, 2009 · Your mirror image moves at the same rate you do, so for every meter you move towards the mirror plane, it does the same. Your velocity relative to your mirror … emery rose founder