EAMCET - MODEL PAPER 2019
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email: [email protected] ÎCî¦ô¢Ù 21 Ôví‡öËÀ 2019 - 99. When a light of certain wavelength is inci- dent on a metal surface, maximum kinetic energy of the photoelectrons emitted is K. When the wavelength of the incident light is halved, maximum kinetic energy of the photoelectrons is 3K. Work function of the metal is 1) K 2) 2K 3) K/2 4) 3K/2 100. For an ideal gas, absolute temperature is plotted on the X-axis and ‘PV’ product is plotted on the Y-axis. Then the graph is 1) a rectangular hyperbola 2) straight line passing through the origin 3) straight line not passing through the ori- gin 4) parabola 101. A parallel plate condenser of capacity 10μF is charged with a constant charging current of 0.16A. The displacement cur- rent is 1) 0.16μA 2) 0.16 A 3) 0.96 A 4) 9.6A 102. Primary coil of a transformer has twice the number of turns of its secondary coil. A load connected to the secondary draws a current of 6 A at 200 V. If the efficiency of the transformer is 75%, primary current is 1) 2.25 A 2) 4 A 3) 2 A 4) 8 A 103. In a compound microscope, focal lengths of the objective glass and eyepiece are 1.0 cm and 2.5 cm respectively. If an object is kept at a distance of 1.2 cm from the objective and the final image is formed at the least distance of distinct vision (25 cm) by the eyepiece, the over- all magnification produced by the instru- ment is 1) 55 2) 50 3) 16 4) 15 104. An electron is accelerated from rest through a potential difference of V and its de Broglie wavelength is 1 . Another electron is accelerated from rest through a potential difference of 2V and its de Broglie wavelength is 2 . The ratio 1 : 2 is 1) 2 : 1 2) 2 : 1 3) 1 : 2 4) 1: 2 105. A uniform wire of constantan is connect- ed across a battery of negligible internal resistance. The current density in the wire is found to be j. Now the wire is stretched to double its length and con- nected to the same battery. Current den- sity in the wire now is j j 1) 2) 3) 2j 4) 4j 4 2 106. Area of cross-section of three glass cap- illary tubes are in the ratio 1 : 4 : 9. If they are dipped in water, ratio of the capillary rises in them is 1) 9 : 4 : 1 2) 36 : 9 : 4 3) 3 : 2 : 1 4) 6 : 3 : 2 107. A stone is thrown up obliquely with veloc- ity 10ms 1 from the ground so that its horizontal range is maximum. From what height it should be thrown horizontally with the same velocity 10ms 1 so that it would fall to the ground at the same spot? (g = 10ms 2 ) 1) 5m 2) 8m 3) 10m 4) 14m 108. A body at rest explodes into 3 pieces A, B, C of masses in the ratio 1 : 2 : 4. If the pieces A and B fly off with velocity 2ms 1 and 1ms 1 respectively so that the angle between their directions is 120, the velocity of the piece C will be 1) 0.5ms 1 making 120° with the direction of A 2) 2ms 1 making 120° with the direction of B 3) 0.5ms 1 making 60° with the direction of A 4) 1ms 1 making 60° with the direction of B 109. A large open tank has two circular holes of radii 5R and 4R at depths 4h and 9h respectively from the top, When the tank is completely filled with water the quanti- ties of water flowing out per second from the holes will be in the ratio 1) 5 : 9 2) 75 : 32 3) 16 : 81 4) 25 : 24 110. Coefficient of apparent expansion of a liq- uid when determined using two different vessels A and B are C A and C B respec- tively. If the coefficient of linear expan- sion of the vessel A is . Then the coeffi- cient of volume expansion of vessel B is 1) C A C B + 3 2) C A + C B 3 3) C A C B + 4) C B 3 111. The polariser and analyser are inclined to each other at an angle 60. If the intensi- ty of the unpolarised light incident on the polariser is I, then the intensity of the light emerging out from the analyser is I I 3I I 1) 2) 3) 4) 8 4 2 2 112. The time period of a bar magnet oscillat- ing in a magnetic field is T. If the magnet is cut into two equal parts perpendicular to its length and one piece is made to oscillate in a field of two times magnetic induction then its time period is T T 1) 2) 2 2 T T 3) 4) 2 2 4 113. An infinite long straight wire is charged positively. If is the linear charge densi- ty, the electric intensity at a radial dis- tance 'r' from its axis is 1) 2) 2 r 2 r 3) 4) 4 r 4 r 2 114. When two unknown resistances x and y are connected in the left and right gaps of a metre bridge, the balancing length is 60cm, when a 10 resistor is connected parallel to x the balancing length becomes 30cm. the value of x is 1) 37.50 2) 31 3) 25 4) 17 115. A moving coil galvanometer of resistance 100 ohm shows full scale deflection when a current of 50 A is passed through it. If it is converted into an ammeter of maxi- mum range10mA, then the resistance to be shunted is approximately 1) 50 2) 10 3) 0.8 4) 0.5 116. A body starts from rest with a uniform acceleration. If its velocity after n sec- onds is v then its displacement in the last two seconds is 2v (n + 1) v (n + 1) 1) 2) n n v (n 1) 2v (n 1) 3) 4) n n 117. When the electron in the hydrogen atom jumps from 2 nd orbit to 1 st orbit, the wavelength of radiation emitted is . When the electrons jump from 3 rd orbit to 1 st orbit, the wavelength of emitted radia- tion would be 27 32 2 3 1) 2) 3) 4) 32 27 3 2 118. The temperature of a monoatomic gas in state A is 127°C. When the gas undergoes an adiabatic expansion from state A to B, the temperature of gas becomes 27°C and the work done by the gas is 30 J. If the volume of gas becomes 10 times when it under goes an isother- mal expansion from state A to C, then the work done by the gas is 1) 92 J 2) 126 J 3) 158 J 4) 184 J 119. Suppose A = B n C m , where A has dimen- sions LT, B has dimensions L 2 T 1 , and C has dimensions LT 2 . Then the exponents n and m have the values respectively 1) 2/3; 1/3 2) 2; 3 3) 4/5; 1/5 4) 1/5; 3/5 120. A body of capacity 4 F is charged to 80V and another body of capacity 6 F is charged to 30V. When they are connect- ed, the energy lost by 4 F is 1) 7.8 mJ 2) 4.6 mJ 3) 3.2 mJ 4) 2.5 mJ CHEMISTRY 121. The correct order of increasing bond angles in the following species is 1) NO 2 + < NO 2 < NO 2 2) BF 3 < SO 2 < CH 4 3) SnCl 4 < SO 3 < XeF 2 4) BeCl 2 < NF 3 < NH 3 122. A 0.66 kg ball is moving with a speed of 100 m/s. The associated wavelength will be (h = 6.6 10 34 Js) 1) 6.6 10 32 m 2) 6.6 10 34 m 3) 1.0 10 35 m 4) 1.0 10 32 m 123. The ions O 2 , F , Na + , Mg 2 + and Al 3 + are isoelectronic. Their ionic radii show 1) A significant increase from O 2 to Al 3 + 2) A significant decrease from O 2 to Al 3 + 3) An increase from O 2 to F and then increase from Na + to Al 3 + 4) A decrease from O 2 to F and then increase from Na + to Al 3 + 124. The graph for 2S orbital between radial probability density ( 2 ) versus radial dis- tance (r) is correctly shown by 125. Which compound has planar structure ? 1) XeF 4 2) XeOF 2 3) XeO 2 F 2 4) XeO 4 126. In Haber process 30 litres of dihydrogen and 30 litres of dinitrogen were taken for reaction which yielded only 50% of the expected product. What will be the com- position of gaseous mixture under the aforesaid condition in the end ? 1) 20 litres Ammonia, 20 litres Nitrogen, 20 litres Hydrogen 2) 10 litres Ammonia, 25 litres Nitrogen, 15 litres Hydrogen 3) 20 litres Ammonia, 10 litres Nitrogen, 30 litres Hydrogen 4) 20 litres Ammonia, 25 litres Nitrogen, 15 litres Hydrogen 127. Units of vanderwaal's constant 'b' are 1) atm lit 2 mole 2 2) lit mole 1 3) mole lit 1 4) mole 1 128. Sulphide ores of metals are usually con- centrated by froth flotation process. Which one of the following cannot be concentrated by froth flotation ? 1) Galena 2) Copper pyrite 3) Sphalerite 4) Calamine 129. Tyndall effect, Brownian movement and electrophoresis are 1) Optical, mechanical and electrical properties of colloidal sol respectively 2) Mechanical, optical and electrical prop- erties of colloidal sol respectively 3) Electrical, optical and mechanical prop- erties of colloidal sol respectively 4) Optical, electrical and mechanical prop- erties of colloidal sol respectively 130. If Vant Hoff factor of HgCl 2 and Na 2 SO 4 is 2.6 each, then which of the following is correct? 1) Degree of dissociation of each is 0.80 2) Total number of ions formed on com- plete disociation is 3 in each case 3) Degree of dissociation of HgCl 2 is greater than Na 2 SO 4 4) Both 1 & 2 131. A solution containing components A and B follows Raoult's law. 1) A–B attraction force is greater than A–A and B–B 2) A–B attraction force is less than A–A and B–B 3) A–B attraction force remains same as A–A and B–B 4) Volume of solution is different from sum of volume of solute and solvent 132. 49.9 ml of 0.1M HCl is mixed with 50ml of 0.1M NaOH solution. pH of resultant solution is 1) 10 2) 7 3) 3 4) 12 133. The experimental data for the reaction 2A + B 2 2AB is Experiment [A] [B 2 ] Rate (mole.lit 1 .s 1 ) (i) 0.50 0.50 1.6 10 4 (ii) 0.50 1.00 3.2 10 4 (iii) 1.00 1.00 3.2 10 4 The rate equation for the above data is 1) rate = k[A] 2 [B 2 ] 2 2) rate = k[A] 2 [B 2 ] 3) rate = k[B 2 ] 4) rate = k[B 2 ] 2 134. If K 1 and K 2 are the respective equilibri- um constants for the two reactions, K 1 K 2 XeF 6 (g) + H 2 O(g) XeOF 4 (g) + 2HF(g) XeO 4 (g) + XeF 6 (g) XeOF 4 (g) + XeO 3 F 2 (g) The equilibrium constant of the reaction, K1 K 1 K 2 1) 2) K 1 .K 2 3) 4) K2 (K2) 2 K1 135. The efficiency of fuel cell is given by G G S H 1) 2) 3) 4) S H G G 136. A 5 ampere current is passed through a solution of zinc sulphate for 40 minutes. The amount of zinc deposited at the cath- ode is (Atomic weight of Zn = 65.5) 1) 0.4065 g 2) 65.04 g 3) 40.65 g 4) 4.065 g EAMCET - MODEL PAPER 2019 No. of Questions: 160 Max. Marks: 160 Time: 3 Hrs. sêŸô¢ªî¦ô³ ¸ôí£æ¨ ›í@ö˺xz Agricultural Eìoæ¨ êŸô¢ªî¦ô³ 1) 2) 4) 3)
Transcript of EAMCET - MODEL PAPER 2019
email: [email protected]ÎCî¦ô¢Ù 21 Ôví‡öËÀ 2019 -
99. When a light of certain wavelength is inci-dent on a metal surface, maximum kineticenergy of the photoelectrons emitted is K.When the wavelength of the incident lightis halved, maximum kinetic energy of thephotoelectrons is 3K. Work function of themetal is
1) K 2) 2K 3) K/2 4) 3K/2100. For an ideal gas, absolute temperature is
plotted on the X-axis and ‘PV’ product isplotted on the Y-axis. Then the graph is
1) a rectangular hyperbola2) straight line passing through the origin3) straight line not passing through the ori-
gin4) parabola
101. A parallel plate condenser of capacity10μF is charged with a constant chargingcurrent of 0.16A. The displacement cur-rent is
1) 0.16μA 2) 0.16 A 3) 0.96 A 4) 9.6A102. Primary coil of a transformer has twice the
number of turns of its secondary coil. Aload connected to the secondary draws acurrent of 6 A at 200 V. If the efficiency ofthe transformer is 75%, primary current is
1) 2.25 A 2) 4 A 3) 2 A 4) 8 A103. In a compound microscope, focal lengths
of the objective glass and eyepiece are1.0 cm and 2.5 cm respectively. If anobject is kept at a distance of 1.2 cm fromthe objective and the final image isformed at the least distance of distinctvision (25 cm) by the eyepiece, the over-all magnification produced by the instru-ment is
1) 55 2) 50 3) 16 4) 15104. An electron is accelerated from rest
through a potential difference of V and itsde Broglie wavelength is 1. Anotherelectron is accelerated from rest througha potential difference of 2V and its deBroglie wavelength is 2. The ratio 1 : 2 is
1) 2 : 1 2) 2 : 1 3) 1 : 2 4) 1: 2105. A uniform wire of constantan is connect-
ed across a battery of negligible internalresistance. The current density in thewire is found to be j. Now the wire isstretched to double its length and con-nected to the same battery. Current den-sity in the wire now is
j j1) 2) 3) 2j 4) 4j
4 2106. Area of cross-section of three glass cap-
illary tubes are in the ratio 1 : 4 : 9. If theyare dipped in water, ratio of the capillaryrises in them is
1) 9 : 4 : 1 2) 36 : 9 : 4 3) 3 : 2 : 1 4) 6 : 3 : 2
107. A stone is thrown up obliquely with veloc-ity 10ms1 from the ground so that itshorizontal range is maximum. From whatheight it should be thrown horizontallywith the same velocity 10ms1 so that itwould fall to the ground at the samespot? (g = 10ms2 )
1) 5m 2) 8m 3) 10m 4) 14m108. A body at rest explodes into 3 pieces A,
B, C of masses in the ratio 1 : 2 : 4. If the
pieces A and B fly off with velocity 2ms1 and 1ms1 respectively so that theangle between their directions is 120,the velocity of the piece C will be
1) 0.5ms1 making 120° with the directionof A
2) 2ms1 making 120° with the direction of B3) 0.5ms1 making 60° with the direction of A4) 1ms1 making 60° with the direction of B
109. A large open tank has two circular holesof radii 5R and 4R at depths 4h and 9hrespectively from the top, When the tankis completely filled with water the quanti-ties of water flowing out per second fromthe holes will be in the ratio
1) 5 : 9 2) 75 : 32 3) 16 : 81 4) 25 : 24 110. Coefficient of apparent expansion of a liq-
uid when determined using two differentvessels A and B are CA and CB respec-tively. If the coefficient of linear expan-sion of the vessel A is . Then the coeffi-cient of volume expansion of vessel B is
1) CA CB + 3 2) CA + CB 33) CA CB + 4) CB 3
111. The polariser and analyser are inclined toeach other at an angle 60. If the intensi-ty of the unpolarised light incident on thepolariser is I, then the intensity of the lightemerging out from the analyser is
I I 3I I1) 2) 3) 4)
8 4 2 2112. The time period of a bar magnet oscillat-
ing in a magnetic field is T. If the magnetis cut into two equal parts perpendicularto its length and one piece is made tooscillate in a field of two times magneticinduction then its time period is
T T 1) 2)
2 2 T T
3) 4) 22 4
113. An infinite long straight wire is chargedpositively. If is the linear charge densi-ty, the electric intensity at a radial dis-tance 'r' from its axis is
1) 2)
2 r 2 r
3) 4) 4 r 4 r2
114. When two unknown resistances x and yare connected in the left and right gaps ofa metre bridge, the balancing length is60cm, when a 10 resistor is connectedparallel to x the balancing lengthbecomes 30cm. the value of x is
1) 37.50 2) 31 3) 25 4) 17 115. A moving coil galvanometer of resistance
100 ohm shows full scale deflection whena current of 50 A is passed through it. Ifit is converted into an ammeter of maxi-mum range10mA, then the resistance tobe shunted is approximately
1) 50 2) 10 3) 0.8 4) 0.5 116. A body starts from rest with a uniform
acceleration. If its velocity after n sec-onds is v then its displacement in the lasttwo seconds is2v (n + 1) v (n + 1)
1) 2) n n
v (n 1) 2v (n 1) 3) 4)
n n
117. When the electron in the hydrogen atomjumps from 2nd orbit to 1st orbit, thewavelength of radiation emitted is .When the electrons jump from 3rd orbit to1st orbit, the wavelength of emitted radia-tion would be
27 32 2 31) 2) 3) 4)
32 27 3 2118. The temperature of a monoatomic gas in
state A is 127°C. When the gas undergoes an adiabatic expansion fromstate A to B, the temperature of gasbecomes 27°C and the work done by thegas is 30 J. If the volume of gas becomes10 times when it under goes an isother-mal expansion from state A to C, then thework done by the gas is
1) 92 J 2) 126 J 3) 158 J 4) 184 J119. Suppose A = Bn Cm, where A has dimen-
sions LT, B has dimensions L2T1, and Chas dimensions LT2. Then the exponentsn and m have the values respectively
1) 2/3; 1/3 2) 2; 3 3) 4/5; 1/5 4) 1/5; 3/5120. A body of capacity 4 F is charged to
80V and another body of capacity 6 F ischarged to 30V. When they are connect-ed, the energy lost by 4 F is
1) 7.8 mJ 2) 4.6 mJ 3) 3.2 mJ 4) 2.5 mJ
CHEMISTRY
121. The correct order of increasing bondangles in the following species is
1) NO2+
< NO2
< NO2 2) BF3 < SO2 < CH43) SnCl4 < SO3 < XeF24) BeCl2 < NF3 < NH3
122. A 0.66 kg ball is moving with a speed of100 m/s. The associated wavelength willbe (h = 6.6 1034 Js)
1) 6.6 1032 m 2) 6.6 1034 m3) 1.0 1035 m 4) 1.0 1032 m
123. The ions O2, F, Na+, Mg2+ and Al3+ areisoelectronic. Their ionic radii show
1) A significant increase from O2 to Al3+
2) A significant decrease from O2 to Al3+
3) An increase from O2 to F and thenincrease from Na+ to Al3+
4) A decrease from O2 to F and thenincrease from Na+ to Al3+
124. The graph for 2S orbital between radialprobability density (2 ) versus radial dis-tance (r) is correctly shown by
125. Which compound has planar structure ?1) XeF4 2) XeOF2 3) XeO2 F2 4) XeO4
126. In Haber process 30 litres of dihydrogenand 30 litres of dinitrogen were taken forreaction which yielded only 50% of theexpected product. What will be the com-position of gaseous mixture under theaforesaid condition in the end ?
1) 20 litres Ammonia, 20 litres Nitrogen,
20 litres Hydrogen2) 10 litres Ammonia, 25 litres Nitrogen,
15 litres Hydrogen3) 20 litres Ammonia, 10 litres Nitrogen,
30 litres Hydrogen4) 20 litres Ammonia, 25 litres Nitrogen,
15 litres Hydrogen127. Units of vanderwaal's constant 'b' are
1) atm lit2 mole2 2) lit mole1
3) mole lit1 4) mole1
128. Sulphide ores of metals are usually con-centrated by froth flotation process.Which one of the following cannot beconcentrated by froth flotation ?
1) Galena 2) Copper pyrite3) Sphalerite 4) Calamine
129. Tyndall effect, Brownian movement andelectrophoresis are
1) Optical, mechanical and electricalproperties of colloidal sol respectively
2) Mechanical, optical and electrical prop-erties of colloidal sol respectively
3) Electrical, optical and mechanical prop-erties of colloidal sol respectively
4) Optical, electrical and mechanical prop-erties of colloidal sol respectively
130. If Vant Hoff factor of HgCl2 and Na2SO4is 2.6 each, then which of the following iscorrect?
1) Degree of dissociation of each is 0.802) Total number of ions formed on com-
plete disociation is 3 in each case3) Degree of dissociation of HgCl2 is
greater than Na2SO44) Both 1 & 2
131. A solution containing components A andB follows Raoult's law.
1) A–B attraction force is greater than A–Aand B–B
2) A–B attraction force is less than A–Aand B–B
3) A–B attraction force remains same asA–A and B–B
4) Volume of solution is different from sumof volume of solute and solvent
132. 49.9 ml of 0.1M HCl is mixed with 50ml of0.1M NaOH solution. pH of resultantsolution is
1) 10 2) 7 3) 3 4) 12133. The experimental data for the reaction
2A + B2 2AB isExperiment [A] [B2] Rate (mole.lit1 .s1)
(i) 0.50 0.50 1.6 104
(ii) 0.50 1.00 3.2 104
(iii) 1.00 1.00 3.2 104
The rate equation for the above data is1) rate = k[A]2 [B2]2 2) rate = k[A]2 [B2] 3) rate = k[B2] 4) rate = k[B2]2
134. If K1 and K2 are the respective equilibri-um constants for the two reactions, K1 K2
XeF6 (g) + H2O(g) XeOF4 (g) + 2HF(g)XeO4 (g) + XeF6 (g) XeOF4 (g) + XeO3F2 (g)
The equilibrium constant of the reaction,
K1 K1 K21) 2) K1 .K2 3) 4) K2 (K2)2 K1
135. The efficiency of fuel cell is given byG G S H
1) 2) 3) 4) S H G G
136. A 5 ampere current is passed through asolution of zinc sulphate for 40 minutes.The amount of zinc deposited at the cath-ode is (Atomic weight of Zn = 65.5)
1) 0.4065 g 2) 65.04 g3) 40.65 g 4) 4.065 g
EAMCET - MODEL PAPER 2019No. of Questions: 160 Max. Marks: 160 Time: 3 Hrs.
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H Sir, please translate the following proverbinto telugu.
-T. Siva1) You can lead a horse to water but you can't
make it drink.A: Oªô¢ª Þœªvô¦Eo Fæ¨ ÷ô¢ÚÛª ìè…-í‡Ù-àŸ-÷àŸªa, Ú¥E
ë¯EE ê¦TÙ-àŸ-ö˶ô¢ª.-
2) The grass is greener where you water it.A: ìª÷±y Fô¢ª šíæ¨dì àÁå ޜ腓 ÍÙê¦ í£àŸaÞ¥ ÑÙC.-3) Luck is where preparation meets opportu-
nity.A: þ§ëÅ]-ìêÁ ð§åª Í÷-Ú¥øŒÙ ÚÛL-›úhû¶ Íë]”ù£dÙ.-4) Fall down seven times get up eight times.A: Ôè[ª-þ§ô¢ªx í£è…-ð¼ê¶ ÓE-Nª-C-þ§ô¢ªx ö˶# Eõ-ñ-è¯L.-
5) Nothing is impossible the word itself saysI am possible.
A: þ§CÅÙ-àŸ-ö˶-EC ÍÙå« ÔD ö˶ë]ª Î í£ë]Ù-ö˺û¶û¶ìª þ§CÅ-þ§hìª ÍE ÑÙC.-
H Sir, please translate the following sen-tences into English.
- R.Gopi1) ÷u÷-ú£–-õFo Íí£-ú£uÙ.-A: All the systems are ridiculous
2) í£Ùè[ªÞœ ú£Ùñ-ô¦õª Íö° áô¢ª-í£±-ÚÛªÙ-å«û¶ ÑÙè[Ùè….-A: Keep up the festive sermons.H Respected Sir, Please translate the follow-
ing sentences into Telugu
- K.Eswar1) You promised her the moon, now take her
thereA: Îîμªìª àŸÙvë]ªè… ë]Þœ_-JÚ¨ Bú£ª-·Ú-üŒ-ê¦-ìE î¦Þ¥ÌìÙ
à¶ø‹÷±.- Ïí£±pè[ª Bú£ª-·ÚüŒ‰x.-2) Care to achieveA: vøŒ-ë]ÌÄêÁ þ§CÅÙ-àŸè[Ù3) Dare to tryA: ëÅμj-ô¢uÙÞ¥ ví£óŸª-AoÙ-àŸè[Ù
ú£Ùë¶ï£„õª n ú£÷«ëůû¦õª
1. --Accept = ÍÙ-U-ÚÛ-JÙàŸª, úˆyÚÛ-JÙàŸªeg: He accepted my proposalAntonym: Refuse, reject = A-ô¢-ú£\-JÙ-àŸè[Ùeg: Boss rejected his resignation
2. Caution = ÷³Ùë]ª â°vÞœêŸh, šï°àŸa-JÚÛeg: Her financial adviser urged caution
before investing in the project.Antonym: Recklessness = Í-â°-vÞœêŸheg: For his recklessness he met with an acci-
dent
3. Cheap = àŸ-÷ÚÛ, û¦éu-êŸ-ö˶Eeg: He wears a cheap watch that's always
breaking. Antonym: Expensive = ÜK-ëμjìeg: He likes expensive gifts.
4. Departure = ñ-óŸª-õª-ë¶ô¢ª, ÷C-L-î�μüŒ‰xeg: The departures of several key employees
have caused problems for the company.Antonym: Arrival = ô¦-÷è[Ù, ÎÞœ-÷ªìÙeg: Their arrival created a stir in the sleepy
little town.
5. Dependent = Î-ëů-ô¢-í£-è[åÙeg: She was becoming more dependent on
him.Antonym: Independent = ú£y-êŸÙ-vêŸÙÞ¥eg: I wanted to remain independent in old age
6. Restrict = E-óŸªÙ-vAÙ-àŸè[Ùeg: The new law restricts smoking in public
places.Antonym: Free = N-÷³Ú¨h ð»Ùë]è[Ùeg: You can spend it with a free conscience
7. -- Succinct = ú£Ù-¤¨-í£hÙÞ¥ Ñìo eg: Realworterbuch gives a succinct account
of the older viewsAntonym: Long = ð»-è…-TÙ-àŸè[Ù eg: For a long time I had no regular lessons.
8. Scald = N-í£-K-êŸÙÞ¥ Ú¥õaåÙeg: The steam scalded his skin.Antonym: Freeze = Q-êŸ-M-ÚÛ-JÙ-àŸåÙ eg: The children are going to freeze out there
without their coats.
1040
M. Suresan
Writer
VOCABULARY
The grass is greenerwhere you water it
The grass is greenerwhere you water it
The grass is greenerwhere you water it
The grass is greenerwhere you water it
The grass is greenerwhere you water it
The grass is greenerwhere you water it
The grass is greenerwhere you water it
