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  • øŒ‰vÚÛî¦ô¢Ù 12 Ôví‡öËÀ 2019 EAMCET - 2019Model Paper ûÁ …€¦ · ( l)of a wire of length 1m suspended from the top of a roof at one end with a load W connected
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89. The following figure shows a logic gate cir- cuit with two inputs A and B and the output C. The voltage wave forms are as shown below. The logic gate is 1) OR gate 2) AND gate 3) NAND gate 4) NOR gate 90. A capillary tube is immersed vertically into water in a vessel kept in a stationary lift, the rise of water in it is h. If the lift moves upwards with an acceleration 'a' then the rise of water in the capillary tube is hg hg hg 1) 2) 3) 4) h a g a a + g 91. The half life period of a radioactive sub- stance is 5 min. The amount of substance decayed in 20 min will be 1) 43% 2) 73% 3) 93% 4) 123% 92. Density of ice is and that of water is . What will be the decrease in volume when a mass M of ice melts M 1) 2) M 1 1 1 1 1 3) M [ ] 4) [ ] M 93. The electrical conductivity of a semicon- ductor increases when electromagnetic radiation of wavelength shorter than 2480nm is incident on it The forbidden band gap for the semiconductor is 1) 0.9eV 2) 0.7eV 3) 0.5eV 4) 1.1eV 94. The adjacent graph shows the extension (l)of a wire of length 1m suspended from the top of a roof at one end with a load W connected to the other end. If the cross sectional area of the wire is 10 6 m 2 calcu- late the young's modulus of the material of the wire 1) 2 10 11 N/m 2 2) 2 10 11 N/m 2 3) 3 10 12 N/m 2 4) 3 10 13 N/m 2 95. A parallel plate condenser of capacity 10F is connected to an A.C supply volt- age e = 4 sin(100t). The maximum dis- placement current 1) 4 mA 2) 4A 3) 2.8 mA 4) 2.8 A 96. The minimum velocity required for a body at the bottom of a vertical circle to com- plete the circle of a radius 'R' is 5gR. A body is released from the top edge of an inclined plane as shown in the figure. The minimum value of 'h' for which the body can complete the vertical circle is 2R R R 5R 1) 2) 3) 4) 5 2 5 2 97. A train is moving at 30 m/s in still air. The frequency of the locomotive whistle is 500HZ and the speed of sound is 345 m/s. What would be the apparent wavelength s in front of and behind the locomotive if a wind of speed 10m/s were blowing in the same direction as that in which the loco- motive is travelling? 1) 0.65m, 0.73m 2) 0.60m, 0.73m 3) 0.65m, 0.78m 4) 0.600m,0.71m 98. A square plate of moment of inertia 'I' is pivoted at its centre. It has a small projec- tion of neglegible mass to one of its sides. A particle of mass 'm' moving with a veloc- ity v parallel to the side having projection strikes to projection and strikes to it. If 'l' is the side length, the angular velocity of plate is mvl ml 2 mvl 1) 2 [ I + ] 2) 4 2[I + ml 2 ] mvl mvl 3) 4) 2I 4I 99. If n 1 , n 2 and n 3 be frequencies of the seg- ments of stretched string, find out the fre- quency n of the string itself in terms of n 1 , n 2 and n 3 n 1 n 2 n 3 n 1 n 2 + n 2 n 3 + n 3 n 1 1) 2) n 1 + n 2 + n 3 n 1 n 2 n 3 n 1 n 2 n 3 n 1 n 2 n 3 3) 4) n 1 n 2 + n 2 n 3 + n 3 n 1 n 1 n 1 +n 2 n 2 + n 3 n 3 100. A block of mass M is placed on the top of a bigger block of mass 10M as shown in fig. All the surfaces are frictionless. The system is released from rest. The dis- tance moved by the bigger block by the time the smaller block reaches the ground is 1) 0.2m 2) 0.4m 3) 0.3m 4) 0.5m 101. An infinitely long rod lies along the axis of a concave mirror of focal length 'f'. The near end of the rod is at a distance u > f from the mirror. Its image will have a length uf uf f 2 f 2 1) 2) 3) 4) u f u + f u + f u f 102. Springs of constants k, 2k, 4k, 8k, 16k... are connected in series. The mass 'm' kg is attached to the lower end of the last spring and the system is allowed to vibrate. The frequency of oscillation is 1 m 1 k 1) 2) 2k 2 2m 1 2m 1 4m 3) 4) 2 k 2 k 103. Interference pattern is obtained with two coherent light sources of intensity ratio 'b' in the interference pattern, the ratio of I max I min will be I max + I min b 2 b 1) 2) (b + 1) (b + 1) b b + 1 3) 4) ( ) 2 (b + 1) 2 b 1 104. A simple harmonic oscillation is repre- sented by the equation y = 0.4 440t sin ( + 0.61x ) . Where 'Y' and 'X' are 7 in m and time 't' in seconds respectively. The value of time period in seconds 1) 0.1 2) 0.01 3) 1 4) 10 105. A prism of glass ( = 1.5) is dipped in to water as shown in the figure. If the refrac 4 tive index of water is , then the incident 3 ray will be totally reflected if 8 8 1) sin > 2) sin < 9 9 9 8 3) sin = 4) sin = 8 9 106. The velocity with which a body should be projected from the surface the earth such that it reaches a maximum height equal to n times the radius R of the earth is n GM nGM 1) 2) n + 1 R R 2n GM GM 3) 4) n + 1 R nR Q 107. Let (r) = r be the charge density dis R 4 tribution for a solid sphere of radius R and total charge Q for a point "P" inside the sphere at distance r 1 from the centre of the sphere the magnitude of electric field is Qr 1 2 Q 1) 2) 3 0 R 4 4 0 r 1 2 Qr 1 2 3) 4) 0 4 0 R 4 No. of Questions: 160 Max. Marks: 160 Time: 3 Hrs. sNªÞœê¦ ví£øŒoõª ¸ôí£æ¨ ›í@ö˺xz email: [email protected] øŒ‰vÚÛî¦ô¢Ù 12 Ôví‡öËÀ 2019 - EAMCET - 2019 Model Paper Engineering sEìoæ¨ êŸô¢ªî¦ô³z ûÁ æ© úà ò˺ ô¢ª“ ví£î˶ø‹õª ÎôÂÕÐöËö˺ Ñð§ëůuóŸª Në]u H KáìöËÀ ÏûËÂú‡då«uæËÀ ÎíÆà Óè[ªu¸Úù£ûË sÎôÂÕÐzöËö˺ 2019 ú£Ù÷êŸqô¦EÚ¨Þ¥ì« æ©àŸô Óè[ªu¸Úù£ûË vð¼vÞ¥÷³öË ví£î˶ø‹öËÚÛª ÓûËÂúˆÐÎôÂæ© ví£ÚÛæì Nè[ªë]öË à¶ú‡ÙC. H ÚÁô¢ªqõª: HÓúˆq HÐè† sû¦õª¸ÞüŒ‰xz, HÔ HÐè† sû¦õª¸ÞüŒ‰xz, ÓÙÓúˆq Óè[ªu¸Úù£ûË sθôüŒ‰xz, HÐè† s·ôÙè˶üŒ‰xz, ÓÙÐè† s·ôÙè˶üŒ‰xz, HÐè† ÓÙÐè† s÷´è˶üŒ‰xz. H ÓÙí‡ÚÛ: Ñ÷ªtè… ví£î˶øŒ í£K¤Û Îëůô¢ÙÞ¥. H í£K¤Û ê¶C: WûË 9 H ÎûËÂöËμjûË ë]ô¢Ý°ú£ªh: Ôví‡öËÀ 12 ìªÙ#  12 ÷ô¢ÚÛª. îËμòËÀšújæËÀ: http://cee.ncert.gov.in ÓûËÂÕÓöËÀè†, ÚÁöËÀÚÛê¦ H ÚÁöËÀÚÛê¦ö˺E û¶ù£ìöËÀ ÏûËÂú‡då«uæËÀ íÆ£ô ö˺ÚÁîμ«æ°ô è…â˶GLæ©úà sÓûËÂÕÓöËÀè†z 2019 ú£Ù÷êŸqô¦EÚ¨Þ¥ì« Ú¨ÙC óŸ´@ ÚÁô¢ªqöË ví£î˶ø‹öËÚÛª ë]ô¢Ý°ú£ªhõª ÚÁô¢ªêÁÙC. H ÚÁô¢ªqõª: ò°u#öËô ÎíÆà vð¼ú£–æ¨ÚÂq ÍÙè ÎôÁ–æ¨ÚÂq sHíˆîËÁz, ò°u#öËô ÎíÆà íƇ>óμ«ëÇμô¢íˆ sHíˆæ©z, ò°u#öËô ÎíÆà ÎÚÛªu›íù£ìöËÀ ëÇμô¢íˆ sHîËÁæ©z. H Ú¥öË ÷u÷CÅ: û¦õª¸ÞüŒ‰x ` 6 ûμöËöË ÏÙæôÂoù‡íÃ. H ví£î˶ø‹õª ÚÛLpú£ªhìo vð§ÙÞœé°õª: 1z ÓûËÂÕÓöËÀè†, ÚÁöËÀÚÛê¦ 2z ÓúÃOÓûËÂÕÎôÂæ©ÔÎôÂ, ÚÛæÚ 3z ÓûËÂÕÐíˆÓÙè†, àμûμjo. H Íô¢|êŸ: ú£ÙñÙCÅêŸ ú£òËμbÚÛªdö˺x ÏÙæKtè…óŸªæËÀ ÑBhô¢gêŸ. H ÷óŸªú£ª: 1999 áì÷J 1 ìªÙ# 2002 è…šúÙñô¢ª 31 ÷ªëÅ]u áEtÙ# ÑÙè¯L. H ÓÙí‡ÚÛ: Ñ÷ªtè… ví£î˶øŒ í£K¤Û ô¦uÙÚÛª Îëůô¢ÙÞ¥. H í£K¤Û ê¶C: WûË 9 H ë]ô¢Ý°ú£ªh NëůìÙ: ÎûËÂöËμjûËÂ/ ÎíÆÃöËμjûË H ë]ô¢Ý°ú£ªh íƈV: Óúˆq, Óúˆd, Cî¦uÙÞœªöËÚÛª ô¢«.600, ÏêŸô¢ªöËÚÛª ô¢«.750 H #÷Jê¶C:  24 îËμòËÀšújæËÀ: http://niohkol.nic.in ÕÓöËÀÓúÃö˺ 툚ï°àÂè† vð¼vÞ¥÷³õª H òÅ¡ª÷û¶øŒyôÂö˺E òÅ°ô¢êŸ ñóμ«çËμÚ¥oöË@ NòÅ°Þ¥EÚ¨ àμÙCì ÏûËÂú‡då«uæËÀ ÎíÆà öËμjíÆà šújûμqúà sÕÓöËÀÓúÃz 툚ï°àÂè† vð¼vÞ¥÷³ö˺x ví£î˶ø‹öËÚÛª ë]ô¢Ý°ú£ªhõª ÚÁô¢ªêÁÙC. H ÚÁô¢ªq: 툚ï°àÂè† H NòÅ°Þ¥õª: 1z Ú¥uìqô ñóŸ«öË@ 2z ÏûËšíÆÚÛdúà è…úˆâËÀ ñóŸ«öË@ 3z ð§xÙæËÀ ñóμ«çËμÚ¥oöË@ ÍÙè u÷ªûË âËμûμæ¨ÚÂq. H Íô¢|êŸ: ú£ÙñÙCÅêŸ ú£òËμbÚÛªdö˺x ÓÙÓúˆq/ ÓÙçËμÚÂ/ ÓÙðƧô¦t/ ÓÙOÓúˆq ÑBhô¢gêŸ. â°BóŸª þ§–ô³ šíÆö˺ù‡íÃ/ Íô¢|êŸ í£K¤Ûö˺ ÑBhô¢ªgöËμj ÑÙè¯L. H ÷óŸªú£ª:  10 û¦æ¨Ú¨ 28 ÔüŒ‰x NªÙàŸÚÛ«è[ë]ª. H ÓÙí‡ÚÛ: ÿ§ôÂdLú‡dÙÞÂ, ÏÙæô¢«yu Îëůô¢ÙÞ¥. H ë]ô¢Ý°ú£ªh: ÎíÆÃöËμjûË H #÷Jê¶C:  10 îËμòËÀšújæËÀ: www.ils.res.in ÷ªJEo ûÁæ¨íƇ¸Úù£ìx ÚÁú£Ù www.eenadupratibha.net ö˺ àŸ«è[÷àŸªa

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Page 1: øŒ‰vÚÛî¦ô¢Ù 12 Ôví‡öËÀ 2019 EAMCET - 2019Model Paper ûÁ …€¦ · ( l)of a wire of length 1m suspended from the top of a roof at one end with a load W connected

89. The following figure shows a logic gate cir-cuit with two inputs A and B and the outputC. The voltage wave forms are as shownbelow. The logic gate is

1) OR gate 2) AND gate 3) NAND gate 4) NOR gate

90. A capillary tube is immersed vertically intowater in a vessel kept in a stationary lift,the rise of water in it is h. If the lift movesupwards with an acceleration 'a' then therise of water in the capillary tube is

hg hg hg1) 2) 3) 4) h

a g a a + g

91. The half life period of a radioactive sub-stance is 5 min. The amount of substancedecayed in 20 min will be

1) 43% 2) 73% 3) 93% 4) 123%

92. Density of ice is and that of water is .What will be the decrease in volume whena mass M of ice melts

M 1) 2)

M

1 1 1 1 13) M [ ] 4) [ ] M

93. The electrical conductivity of a semicon-ductor increases when electromagneticradiation of wavelength shorter than2480nm is incident on it The forbiddenband gap for the semiconductor is

1) 0.9eV 2) 0.7eV 3) 0.5eV 4) 1.1eV94. The adjacent graph shows the extension

(l)of a wire of length 1m suspended fromthe top of a roof at one end with a load Wconnected to the other end. If the crosssectional area of the wire is 106m2 calcu-late the young's modulus of the material ofthe wire

1) 2 1011 N/m2 2) 2 1011 N/m2

3) 3 1012 N/m2 4) 3 1013 N/m2

95. A parallel plate condenser of capacity10F is connected to an A.C supply volt-age e = 4 sin(100t). The maximum dis-placement current

1) 4mA 2) 4A 3) 2.8mA 4) 2.8 A

96. The minimum velocity required for a bodyat the bottom of a vertical circle to com-plete the circle of a radius 'R' is

5gR. A

body is released from the top edge of aninclined plane as shown in the figure. Theminimum value of 'h' for which the bodycan complete the vertical circle is

2R R R 5R1) 2) 3) 4)

5 2 5 2

97. A train is moving at 30 m/s in still air. Thefrequency of the locomotive whistle is500HZ and the speed of sound is 345 m/s.What would be the apparent wavelength sin front of and behind the locomotive if awind of speed 10m/s were blowing in thesame direction as that in which the loco-motive is travelling?

1) 0.65m, 0.73m 2) 0.60m, 0.73m 3) 0.65m, 0.78m 4) 0.600m,0.71m

98. A square plate of moment of inertia 'I' ispivoted at its centre. It has a small projec-tion of neglegible mass to one of its sides.A particle of mass 'm' moving with a veloc-ity v parallel to the side having projectionstrikes to projection and strikes to it. If 'l' isthe side length, the angular velocity ofplate is

mvl

ml2 mvl1) 2[I + ] 2)

4 2[I + ml2]

mvl mvl3) 4)

2I 4I99. If n1, n2 and n3 be frequencies of the seg-

ments of stretched string, find out the fre-quency n of the string itself in terms of n1, n2 and n3

n1n2n3 n1n2 + n2n3 + n3n11) 2) n1 + n2 + n3 n1n2n3

n1n2n3 n1n2n33) 4) n1n2 + n2n3 + n3n1 n1n1 + n2n2 + n3n3

100. A block of mass M is placed on the top ofa bigger block of mass 10M as shown infig. All the surfaces are frictionless. Thesystem is released from rest. The dis-tance moved by the bigger block by thetime the smaller block reaches theground is

1) 0.2m 2) 0.4m 3) 0.3m 4) 0.5m101. An infinitely long rod lies along the axis of

a concave mirror of focal length 'f'. Thenear end of the rod is at a distance u > f from the mirror. Its image will havea length

uf uf f2 f21) 2) 3) 4)

u f u + f u + f u f

102. Springs of constants k, 2k, 4k, 8k, 16k...are connected in series. The mass 'm' kgis attached to the lower end of the last

spring and the system is allowed tovibrate. The frequency of oscillation is

1 m 1 k

1) 2) 2k 22m

1 2m 1 4m

3) 4) 2 k 2 k

103. Interference pattern is obtained with twocoherent light sources of intensity ratio'b' in the interference pattern, the ratio of Imax Imin will beImax + Imin

b 2b 1) 2)

(b + 1) (b + 1)

b b + 13) 4) ()2

(b + 1)2 b 1

104. A simple harmonic oscillation is repre-sented by the equation y = 0.4

440tsin ( + 0.61x). Where 'Y' and 'X' are

7in m and time 't' in seconds respectively.The value of time period in seconds

1) 0.1 2) 0.01 3) 1 4) 10105. A prism of glass ( = 1.5) is dipped in to

water as shown in the figure. If the refrac4

tive index of water is , then the incident 3

ray will be totally reflected if

8 81) sin> 2) sin<

9 9

9 83) sin= 4) sin=

8 9

106. The velocity with which a body should beprojected from the surface the earth suchthat it reaches a maximum height equalto n times the radius R of the earth is

n GM nGM

1) 2) n + 1 R R

2n GM GM

3) 4) n + 1 R nR

Q107. Let (r) = r be the charge density dis

R4

tribution for a solid sphere of radius Rand total charge Q for a point "P" insidethe sphere at distance r1 from the centreof the sphere the magnitude of electricfield is

Qr12 Q1) 2)

30R4 40r12

Qr12 3) 4) 0

40R4

No. of Questions: 160 Max. Marks: 160 Time: 3 Hrs.

sNªÞœê¦ ví£øŒoõª ¸ôí£æ̈ ›í@ö˺xz

email: [email protected]øŒ‰vÚÛî¦ô¢Ù 12 Ôví‡öËÀ 2019 -

EAMCET - 2019 Model PaperEngineering

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sÎôÂÕÐzöËö˺ 2019 ú£Ù÷êŸqô¦EÚ¨Þ¥ì« æ©àŸôÂÓè[ªu¸Úù£ûË vð¼vÞ¥÷³öË ví£î˶ø‹öËÚÛªÓûËÂúˆÐÎôÂæ© ví£ÚÛæì Nè[ªë]öË à¶ú‡ÙC.

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