One face of a rectangular glass plate 6cm
WebOne face of a rectangular glass plate \( 6 \mathrm{~cm} \) thick is silvered. An object held \( 8 \mathrm{~cm} \) in front of the first face, forms an image ...... Web17. mar 2024. · Answer One face of a rectangular glass plate 6 C m thick is silvered. An object held 8 C m in front of the fist face, forms an image 12 C m behind the silvered …
One face of a rectangular glass plate 6cm
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Web07. jul 2024. · One face of a rectangular glass plate 6cm thick is silvered. Royal Imports Flower Glass Vase Decorative Centerpiece for Home or Wedding Flat Rectangle Plate Glass 7 W x 10 H Clear 45 out of 5 stars 217 2299 22. Get it as soon as Tue Jan 19. Comparer les prix avec BEST-PRICEfr. Yardwe Household Baking Pan Tempered Glass … Web02. mar 2024. · One face of a rectangular glass plate 6 cm thick is silvered. An object held 8 cm in front of the first face, forms an image 12 cm behind the silvered face. The refractive index of the glass is (a) 0.4 (b) 0.8 (c) 1.2 (d) 1.6 Advertisement Expert-Verified Answer 18 people found it helpful Thickness of glass plate (t) = 6 cm ( Given)
WebExplanation: A ray of light from the object O undergoes refraction, reflection and then refraction. Refraction at surface 1: Mirror forms images for object distance (42+6) =48 cm on behind it. Again rays form it incidence glass ‘slab and final image is formed at a distance behind the surface 1 WebOne face of a rectangular glass plate 6cm thick is silvered. An object held 8cm in front of the first face, forms an image 12cm behind the silvered face. The refractive index of the …
WebQuestion One face of a rectangular glass plate 6 cm thick is silvered. An object held 8 cm in front of the first face, forms an image 12 cm behind the silvered face. The refractive … WebSolutions for One face of a rectangular glass plate 6 cm thick is silvered. An object held 8 cm in front of first face, forms an image 12 cm behind the silvered face. The refractive index of the glass isa)0.4b)0.8c)1.2d)1.6Correct answer is option 'C'. Can you explain this answer? in English & in Hindi are available as part of our courses for NEET.
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WebThickness of glass plate (t)= 6cm Distance of the image (u)= 8cm And distance of the image (v)= 12cm Let x= Apparent position of the slivered surface in cm Since the image … thameslink network cardWebLarge Rectangular Fused Glass Plate "A gentle color mix" $150.00. $32.65 shipping. or Best Offer. SPONSORED. Original Handmade Glass Square Plate "Blue Stitches" $160.00. $14.22 shipping. ... Unique Unusual Art Glass Plate Face Signed. $44.99. $16.10 shipping. or … synthetic squirrel brushesWeb14. mar 2024. · Answer: 1.5 Explanation: Let the refractive index of medium be η. The thickness of glass slab is 6 cm. But due to refraction, the appeared thickness would be different So the appeared distance of object from the silvered face (which acts as a plane mirror) would be (8+x) cm. synthetic squalaneWeb28. mar 2024. · Example 20: One face of a rectangular glass plate of 8 cm thickness is silvered. An object held 10 cm in front of the unsilvered face forms an image 12 cm behin the sits refractive index of the glass? Apparent position of the silvered face is shifted towards the Hence 10+8−x=12+x. [∵ object distance = image distance ] or, x=3 cm. thameslink online refund formWebOne face of a rectangular glass plate of thickness 6 cm is silvered. an object is placed at a distance of 8 cm in front of the unsilvered face. Its image is formed 10 cm behind the … synthetic squaleneWebCorrect Option: C Thickness of glass plate (t) = 6 cm; Distance of the object (u) = 8 cm. And distance of the image (v) = 12 cm. Let x = Apparent position of the silvered surface in cm. Since the image is formed due to reflection at the silvered face and by the property of mirror image Distance of object from the mirror = Distance of image from the mirror or, x … thameslink off peak train timesWebThickness of glass plate (t) = 6 cm;Distance of the object (u) = 8 cm.And distance of the image (v) = 12 cm.Let x = Apparent position of the silveredsurface in cm.Since the image is formed due to relfection atthe silvered face and by the property of mirrorimageDistance of object from the mirror = Distanceof image from the mirroror, x + 8 = 12 + 6 – x … synthetics star trek