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Physics-

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Question

InYSDE,both slitsarecoveredbytransparentslab.Upperslitiscoveredbyslabof R.I.1.5andthicknesstandloweris coveredbyRI. 4/3 andthickness2t,thencentralmaxima

shiftsin+vey-axisdirection
shiftsin-vey-axisdirection
remainsatsameposition
mayshiftinupward ordownwarddependinguponwavelengthof light

The correct answer is: shiftsin-vey-axisdirection

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A YDSE is conducted in water ( $mu subscript 1 end subscript$ )as shown in figure. Aglass plate of thicknesst and refractive index $mu subscript 2 end subscript$ is placed inthepathof $S subscript 2 end subscript$ .Theoptical pathdifferenceatO is

A YDSE is conducted in water ( $mu subscript 1 end subscript$ )as shown in figure. Aglass plate of thicknesst and refractive index $mu subscript 2 end subscript$ is placed inthepathof $S subscript 2 end subscript$ .Theoptical pathdifferenceatO is

Physics-General

A planoconcave lens is placed on a paper on which a floweris drawn. How far a bove its a ctual position does the flower appear to be?

A planoconcave lens is placed on a paper on which a floweris drawn. How far a bove its a ctual position does the flower appear to be?

Physics-General

A container is filled withwater(µ = 1.33) up to aheightof33.25cm.Aconcavemirrorisplaced15 cm above the water leveland the image of an objectplacedatthebottomisformed25 cmbelow thewater level. Focal length ofthemirroris

A container is filled withwater(µ = 1.33) up to aheightof33.25cm.Aconcavemirrorisplaced15 cm above the water leveland the image of an objectplacedatthebottomisformed25 cmbelow thewater level. Focal length ofthemirroris

Physics-General

parallel

Arectangularglass slabABCD ofrefractiveindex $n subscript 1 end subscript$ isimmersed inwaterofrefractive index $n subscript 2 end subscript open parentheses n subscript 1 end subscript close$ $greater than n subscript 2 end subscript text ). end text$ Arayof lightisincidentatthesurfaceABoftheslabasshown.The maximumvalueoftheangleofincidenceAmaxsuchthattheraycomesoutonlyfromtheothersurfaceCDis givenby

Arectangularglass slabABCD ofrefractiveindex $n subscript 1 end subscript$ isimmersed inwaterofrefractive index $n subscript 2 end subscript open parentheses n subscript 1 end subscript close$ $greater than n subscript 2 end subscript text ). end text$ Arayof lightisincidentatthesurfaceABoftheslabasshown.The maximumvalueoftheangleofincidenceAmaxsuchthattheraycomesoutonlyfromtheothersurfaceCDis givenby

Physics-General

A ray PQ incident on the refractingface BA is refracted in the prismBAC as shown in the figure andemerges from the other refractingfaceACasRSsuchthat AQ=AR.IftheangleofprismA=60°andtheP

refractiveindexofthematerialofprismis $square root of 3 comma$ ,thentheangleofdeviationoftherayis

A ray PQ incident on the refractingface BA is refracted in the prismBAC as shown in the figure andemerges from the other refractingfaceACasRSsuchthat AQ=AR.IftheangleofprismA=60°andtheP

refractiveindexofthematerialofprismis $square root of 3 comma$ ,thentheangleofdeviationoftherayis

Physics-General

An observer can see through a pinhole the top end of a thin rod ofheight h, placed as shown in thefigure. The beaker height is 3h andits radius h. Whenthe beaker isfilled with a liquid up to a height2h,hecanseethelowerendoftherod.Thentherefractiveindexoftheliquidis

An observer can see through a pinhole the top end of a thin rod ofheight h, placed as shown in thefigure. The beaker height is 3h andits radius h. Whenthe beaker isfilled with a liquid up to a height2h,hecanseethelowerendoftherod.Thentherefractiveindexoftheliquidis

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Fora prism keptinair it is found that for an angle of incidence $60 to the power of ring operator end exponent$ ,theangleofPrismA,angleofdeviation8andangleof emergence'e' become equal. Then there fractive in dex of the prism is

Fora prism keptinair it is found that for an angle of incidence $60 to the power of ring operator end exponent$ ,theangleofPrismA,angleofdeviation8andangleof emergence'e' become equal. Then there fractive in dex of the prism is

Physics-General

Alightrayfallsonarectangularglassslabas shown. The index of refraction of the glass, iftotalinternalreflectionis to occur at theverticalface,is

Alightrayfallsonarectangularglassslabas shown. The index of refraction of the glass, iftotalinternalreflectionis to occur at theverticalface,is

Physics-General

Let f: R $not stretchy rightwards arrow$ R be a function defined by f(x) = Min $left curly bracket x plus 1 comma vertical line x vertical line plus 1 right curly bracket$ . Then which of the following is true?

Let f: R $not stretchy rightwards arrow$ R be a function defined by f(x) = Min $left curly bracket x plus 1 comma vertical line x vertical line plus 1 right curly bracket$ . Then which of the following is true?

parallel

Let f9x) = x $open vertical bar x close vertical bar$ and g(x) = sinx
Statement 1: gof is differentiable at x = 0 and its derivative is continuous at that point
Statement 2: gof is twice differentiable at x = 0

Let f9x) = x $open vertical bar x close vertical bar$ and g(x) = sinx
Statement 1: gof is differentiable at x = 0 and its derivative is continuous at that point
Statement 2: gof is twice differentiable at x = 0

Let f :(-1,1) $not stretchy rightwards arrow$ R be a differentiable function with f (0) = -1 and $f to the power of ´ end exponent open parentheses 0 close parentheses equals 1$ . Let g(x) = $open square brackets f open parentheses 2 f open parentheses x close parentheses plus 2 close parentheses close square brackets to the power of 2 end exponent$ then $g to the power of ´ end exponent open parentheses 0 close parentheses equals$

Let f :(-1,1) $not stretchy rightwards arrow$ R be a differentiable function with f (0) = -1 and $f to the power of ´ end exponent open parentheses 0 close parentheses equals 1$ . Let g(x) = $open square brackets f open parentheses 2 f open parentheses x close parentheses plus 2 close parentheses close square brackets to the power of 2 end exponent$ then $g to the power of ´ end exponent open parentheses 0 close parentheses equals$

Atransparentsolidcylindricalrodhasarefractiveindexof $fraction numerator 2 over denominator square root of 3 end fraction$ Itissurroundedbyair.Alightrayisincidentatthemid-pointofoneendoftherodasshowninthefigure.

Theincidentangle0forwhichthelightraygrazesalongthewalloftherodis:

Atransparentsolidcylindricalrodhasarefractiveindexof $fraction numerator 2 over denominator square root of 3 end fraction$ Itissurroundedbyair.Alightrayisincidentatthemid-pointofoneendoftherodasshowninthefigure.

Theincidentangle0forwhichthelightraygrazesalongthewalloftherodis:

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In the figure shown, Lisa converging lens of focal length10cmandMisaconcavemirrorofradiusofcurvature20cm. A point object O is placed in front of the lens at adistance15cm.ABandCDareopticalaxesofthelensandmirror respectively. The distance of the final image fm:_medby this system from the optical centre of thelens is x26 cm.Findthevalueof xincm.[ThedistancebetweenCDandABis1cm]

In the figure shown, Lisa converging lens of focal length10cmandMisaconcavemirrorofradiusofcurvature20cm. A point object O is placed in front of the lens at adistance15cm.ABandCDareopticalaxesofthelensandmirror respectively. The distance of the final image fm:_medby this system from the optical centre of thelens is x26 cm.Findthevalueof xincm.[ThedistancebetweenCDandABis1cm]

Physics-General

Atelescopehasanobjectiveoffocallength100cmandaneyepiece of focal length 5 cm. What is the magnifying power of the telescope when the fina limage is formedat the least distance of distinctvision

Atelescopehasanobjectiveoffocallength100cmandaneyepiece of focal length 5 cm. What is the magnifying power of the telescope when the fina limage is formedat the least distance of distinctvision

Physics-General

The position of final image formed by the given lenscombination from the third lens will be at a distance of( $f subscript 1 end subscript$ =+10cm, $f subscript 2 end subscript$ =-10cmand $f subscript 3 end subscript$ =+30cm).

The position of final image formed by the given lenscombination from the third lens will be at a distance of( $f subscript 1 end subscript$ =+10cm, $f subscript 2 end subscript$ =-10cmand $f subscript 3 end subscript$ =+30cm).

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