100525 + Interview Questions in GENERAL QA IN GENERAL AWARENESS

1.	The restaurant had plenty of tables but ________ . A) one only empty B) only one empty C) no one empty D) no ones empty
Answer» Correct option is B) only one empty

Discussion

2.	There was a lot of post today but ________ you. A) it’s nothing for either of B) it’s nothing for either C) there’s nothing for either of D) there’s nothing for either
Answer» Correct option is C) there’s nothing for either of

Discussion

3.	Is that the man ________ yesterday? A) you’ve met B) has met you C) you met D) met you
Answer» Correct option is C) you met

Discussion

4.	He doesn’t ________ English. A) neither speak or write B) neither speak nor write C) speak or write D) speak nor write
Answer» Correct option is C) speak or write

Discussion

5.	You can travel ______. A) neither by train or by bus B) either by train or by bus C) either by train nor by bus D) or by train nor by bus
Answer» Correct option is B) either by train or by bus

Discussion

6.	_____ you leave now, or you’ ll miss the bus. A) Neither B) Nor C) Either D) Or
Answer» Correct option is C) Either

Discussion

7.	I’m reading a book about ________ of Shakespeare. A) the living B) the existence C) the way D) the life E) the road
Answer» Correct option is D) the life

Discussion

8.	My brother has curly hair but mine is quite ________. A) even B) regular C) uneven D) level E) straight
Answer» Correct option is E) straight

Discussion

9.	“Hello. Can I speak to Mr. James, please?” “I’m sorry. He is _____ on holiday at the moment. Can I help you?” A) in B) on C) away D) off
Answer» Correct option is C) away

Discussion

10.	I’m very busy _____ the moment. A) in B) on C) by D) at
Answer» Correct option is D) at

Discussion

11.	Sally ________ a little money every week for her holiday. A) puts in B) puts off C) puts by D) puts over E) puts upon
Answer» Correct option is C) puts by

Discussion

12.	They’re staying with us _____ the time being until they find a place of their own. A) during B) in C) since D) for
Answer» Correct option is D) for

Discussion

13.	I can’t understand the instructions. They’re _____ Chinese. A) by B) at C) in D) for
Answer» Correct option is C) in

Discussion

14.	“Romeo and Juliet” is a play _____ William Shakespeare. A) for B) by C) with D) on
Answer» Correct option is B) by

Discussion

15.	Who is whiter than new snow on a raven s back in Romeo and juliet
Answer» According to Juliet, Romeo is whiter than new snow on the back of a raven. Romeo looks whiter than snow on the back of a raven.

Discussion

16.	How does romeo describe Juliet
Answer» Romeo initially describes Juliet as a source of light, like a star, against the darkness: "she doth teach the torches to burn bright! It seems she hangs upon the cheek of night." As the play progresses, a cloak of interwoven light and dark images is cast around the pair.

Discussion

17.	Romeo Juliet summary
Answer» Romeo and Juliet fall in love at a party. But they come from families which hate each other. They are sure they will not be allowed to marry. Nevertheless, helped by Friar Laurence, they marry in secret instead. Unfortunately, before their wedding night Romeo kills Juliet's cousin in a duel, and in the morning he is forced to leave her. If he ever returns to the city, he will be put to death. Juliet's parents told her she must marry Paris. Her parents do not know she is already married. She refuses in the beginning, but later agrees because she plans to fake her death and escape to be with Romeo forever; again with the help of Friar Laurence. Frair Laurence designs the plan. He gives Juliet a sleeping potion. She appears to be dead and was put in a tomb. However, Romeo does not know about the plan, visits her grave, thinks she is dead, and kills himself. When Juliet finally wakes up, she discovers that Romeo is dead and then kills herself.

17.

Romeo Juliet summary

Answer»

Romeo and Juliet fall in love at a party. But they come from families which hate each other. They are sure they will not be allowed to marry. Nevertheless, helped by Friar Laurence, they marry in secret instead. Unfortunately, before their wedding night Romeo kills Juliet's cousin in a duel, and in the morning he is forced to leave her. If he ever returns to the city, he will be put to death.

Juliet's parents told her she must marry Paris. Her parents do not know she is already married. She refuses in the beginning, but later agrees because she plans to fake her death and escape to be with Romeo forever; again with the help of Friar Laurence.

Frair Laurence designs the plan. He gives Juliet a sleeping potion. She appears to be dead and was put in a tomb. However, Romeo does not know about the plan, visits her grave, thinks she is dead, and kills himself. When Juliet finally wakes up, she discovers that Romeo is dead and then kills herself.

Discussion

18.	In which years was the office of Divisional Commissioner abolished and revived thereafter ?1. Abolished in 1962 and revived in 19712. Abolished in 1959 and revived in 19873. Abolished in 1966 and revival in 19734. Abolished in 1962 and revived in 1987
Answer» Correct Answer - Option 4 : Abolished in 1962 and revived in 1987 The correct answer is Abolished in 1962 and revived in 1987. The Rajasthan Divisional Commissioner (Office Abolition) in 1962 and revived in 1987. The roles and powers of commissioners vary from state to state but there is a general precedent. The divisional commissioner performs a variety of roles in regional administration. Abolition of office of Divisional Commissioner. - As from the appointed day The office of the Divisional Commissioner shall stand abolished. The various divisions in the State of Rajasthan shall cease to exist. A divisional commissioner is given the direct responsibility of supervising the revenue and development administration of a division. He/she also presides over Local government institutions in the division.

18.

In which years was the office of Divisional Commissioner abolished and revived thereafter ?1. Abolished in 1962 and revived in 19712. Abolished in 1959 and revived in 19873. Abolished in 1966 and revival in 19734. Abolished in 1962 and revived in 1987

Answer» Correct Answer - Option 4 : Abolished in 1962 and revived in 1987

The correct answer is Abolished in 1962 and revived in 1987.

The Rajasthan Divisional Commissioner (Office Abolition) in 1962 and revived in 1987.
The roles and powers of commissioners vary from state to state but there is a general precedent.
- The divisional commissioner performs a variety of roles in regional administration.

Abolition of office of Divisional Commissioner. - As from the appointed day
- The office of the Divisional Commissioner shall stand abolished.
- The various divisions in the State of Rajasthan shall cease to exist.
A divisional commissioner is given the direct responsibility of supervising the revenue and development administration of a division.
- He/she also presides over Local government institutions in the division.

Discussion

19.	Which Nishad king was the father of Ekalvya?
Answer» Hiranyadhanus

Discussion

20.	Name the conch of Nakula
Answer» Correct answer is Sughosha

Discussion

21.	Where is 'Guru Ka Lahor' situated?1. Sirmour2. Kullu3. Chamba4. Bilaspur
Answer» Correct Answer - Option 4 : Bilaspur The correct answer is Bilaspur. Gurudwara Shri Guru Ka Lahore is situated in the village Basantpur in District Billaspur of Himachal Pradesh. Its situated on the border of Himachal Pardesh only 12 km from Shri Anandpur Sahib. Gurdwara Sri Guru Ka Lahore, also known as Gurdwara Anand Karaj Asthan Patshahi Dasvin. It represents the spot where the Anand Karaj of Sri Guru Gobind Singh Ji to Mata Jito was performed. Its present building, a square hall with the domed sanctum over its middle. It was constructed by Bhai Seva Singh of Anandpur Sahib during the 1960s. About Himachal Pradesh Governor: Rajendra Arlekar Chief minister: Jai Ram Thakur Capitals: Shimla (Summer), Dharamshala (Winter) Official animal: Snow leopard Native Language: Mahasu, Pahari, Mandeali, Kangri, Kullvi, Bilaspuri, Kinnauri, Lahauli, Pattani, Chambeali.

21.

Where is 'Guru Ka Lahor' situated?1. Sirmour2. Kullu3. Chamba4. Bilaspur

Answer» Correct Answer - Option 4 : Bilaspur

The correct answer is Bilaspur.

Gurudwara Shri Guru Ka Lahore is situated in the village Basantpur in District Billaspur of Himachal Pradesh.
Its situated on the border of Himachal Pardesh only 12 km from Shri Anandpur Sahib.
Gurdwara Sri Guru Ka Lahore, also known as Gurdwara Anand Karaj Asthan Patshahi Dasvin.
It represents the spot where the Anand Karaj of Sri Guru Gobind Singh Ji to Mata Jito was performed.
Its present building, a square hall with the domed sanctum over its middle.
It was constructed by Bhai Seva Singh of Anandpur Sahib during the 1960s.

About Himachal Pradesh
- Governor: Rajendra Arlekar
- Chief minister: Jai Ram Thakur
- Capitals: Shimla (Summer), Dharamshala (Winter)
- Official animal: Snow leopard
- Native Language: Mahasu, Pahari, Mandeali, Kangri, Kullvi, Bilaspuri, Kinnauri, Lahauli, Pattani, Chambeali.

Discussion

22.	The king of chedis, he was killed by Krishna during Rajsuya-yagna. Name the king
Answer» Correct answer is Sisupala

Discussion

23.	A Bengali film based on Saratchandra Chatterjee novel Pather Dabi (The demand of the road) was made on him. The film was called Sabysachi-one of the names of Arjuna who could use both his hands equally well in battle. Name the Indian revolutionary
Answer» Rashbehari Bose

Discussion

24.	Identify the correct statement:A. `0.1 M NaCl` and `0.1 M` glucose solution are isotonicB. `0.1 M NaCl` and `0.3 M` glucose solution are isotonicC. The boiling point of `0.1 m` aqueous urea solution is less the `0.1 m` aqueous KCl solutionD. The freezing point of `0.1 m` glucose solution is less than `0.1 m KCl` solution.
Answer» Correct Answer - C `pi_(NaCl) = i xx CRT " " pi_(glr cos e) = 1 xx 0.1 xx RT` `= 2 xx 0.1RT " " = 0.1 RT` `= 0.2 RT " " pi_(NaCL) != pi_(glu cos e)` `DeltaT_(b(NaCl)) = 2 xx 0.1K_(f) " " DeltaT_(b(urea)) = 0.1 K_(f)` Hence `DeltaT_(b(urea)) lt Delta T_(b(NaCl))` `Delta T_(f(glucos e)) = 0.1 xx K_(f) " " Delta T_(f(KCl)) = 2 xx 0.1 xx K_(f)` `Delta T_(f) = 0.2 K_(f)` `T_(f(glucos e)) gt T_(f(KCl))`

Discussion

25.	A reaction is carried out at `600 K`. If the same reaction is carried out in the presence of catalyst at the same rate and same frequency factor, the temperature required is `500 K`. What is the activation energy of the reaction, if the catalyst lowers the activation energy barrier by `20 KJ//mol` ?A. 100B. 120C. 80D. None of these
Answer» Correct Answer - B `k = Ae^(- Ea//R xx 600)` `k^(c ) = Ae^((Ea - 20)/(R - 500))` `k = k^(c )` `(Ea)/(R xx 600) = ((Ea - 20))/(R xx 500)` `(Ea)/(6) = (Ea - 20)/(5)` `20 = Ea - (5)/(6)Ea` `Ea = 20 xx 6` `Ea = 120 KJ//mol`

Discussion

26.	When pressure is applied to equilibrium system: Ice `hArr` Water Which of the following statement is correct ?A. More amount of ice will formB. Melting poin of ice decreasesC. Equilibrium will not disturbD. Both (A) and (B)
Answer» Correct Answer - B Melting point of ice decreases hence more amount of `H_(2)O(l)` will form on increasing pressure.

Discussion

27.	The ratio of coefficient of `HNO_(3), Fe(N)_(3))_(2)` and `NH_(4)NO_(3)` in the following redox reaction `Fe + HNO_(3) rarr Fe (NO_(3))_(2) + NH_(4)NO_(3) + H_(2)O` are respectivelyA. `10 : 1 : 4`B. `4 : 10 : 1`C. `4 : 1 : 10`D. `10 : 4 : 1`
Answer» Correct Answer - D `4 Fe + 10HNO_(3) rarr 4Fe(NO_(3))_(2) + 3H_(2)O`

Discussion

28.	The enthalpy of neutralisation of a strong acid by a string base is `-57.32 kJ mol^(-1)`. The enthalpy of formation of water is `-285.84 kJ mol^(-1)`. The enthalpy of formation of hydroxyl ion isA. `+ 228.52 KJ//mol`B. `- 114.26 KJ//mol`C. `- 228.52 KJ//mol`D. `+ 114.2 KJ//mol`
Answer» Correct Answer - C `H^(+) (aq). + OH^(-) (aq) rarr H_(2)O (l)` `Delta_(r )H = Delta_(f)H_(H_(2)O) - (Delta_(f)H_((H^(+)(aq))) + Delta_(f)H_((OH^(-))))` `-57.32 = 285.84 - (0 + Delta_(f)H_((OH^(-)(aq))))` `Delta_(f)H_(OH^(-)(aq)) = -228.52 KJ//mol`

Discussion

29.	Which acid is stronger ?A. `HA (pK_(a)=4.7)`B. `HB (pK_(a)=3)`C. `HC (pK_(a)=2)`D. `HD (pK_(a)=2.7)`
Answer» Correct Answer - C

Discussion

30.	The ionisation constant `(K_(a))` of `0.1 M` weak monobasic acid `(HA)` will be whose degree of ionisation is `50%` ?A. `25xx10^(-3)`B. `25xx10^(-4)`C. `5xx10^(-2)`D. `5xx10^(-5)`
Answer» Correct Answer - C

Discussion

31.	Electrode potential is-(a) 1.36 V(b) 1.30 V(c) 1.42 V(d) 1.20 V
Answer» Answer is (c) 1.42 V

Discussion

32.	What happens when `H_2PO_3` is heated?
Answer» `H_3PO_4overset(Delta)toPH_3+H_2PO_4` on heating `H_3PO_3` undergoes disproportionation to form `PH_3` and `H_3PO_4`.

Discussion

33.	Which of the following gives yellow or brown precipitate with alkaline Nessler's reagent?(a) CO2(b) NH3(c) NaCl(d) KI
Answer» Answer is (d) KI

Discussion

34.	Which one of the following complexes is an outer orbital complex? a). [Fe (CN)6]4- b). [Mn(CN)6]4- c). [Co (NH3)6]3+ d). [Ni (NH3)6]2+ [Atomic nos.: Mn = 25, Fe= 26, Co = 27, Ni = 28]
Answer» d). [Ni (NH₃)₆]²⁺

Discussion

35.	The vapour pressure of a solvent decreased by 10 mm of mercury when a nonvolatile solute was added to the solvent. The mole fraction of the solute in the solution is 0.2. What should be the mole fraction of the solvent if the decrease in the vapour pressure is to be 20 mm of mercury? a). 0.4 b). 0.6 c). 0.8 d). 0.2
Answer» Answer is (b) 0.6

Discussion

36.	A 5% solution of cane sugar (Mol. Wt = 342) is isotonic with 1% solution of substance X. The molecular weight of X. is-(a) 68.4(b) 34.2(c) 171.2(d) 136.2
Answer» Answer is (b) 34.2

Discussion

37.	A 5% solution of cane sugar (mol. wt. = 342) is isotonic with 1% solution of a substance X. The molecular weight of X isa). 68.4 b). 171.2 c). 34.2 d). 136.8
Answer» The molecular weight of X is 68.4

Discussion

38.	While assigning R,S configuration the correct order of priority of groups attached to chiral carbon atom isA. `CONH_(2) gt COCH_(3) gt CH_(2)OH gt CHO`B. `CONH_(2) gt COCH_(3) gt CHO gt CH_(2)OH`C. `COCH_(3) gt CONH_(2) gt CHO gt CH_(2)OH`D. `CHO gt CH_(2)OH gt COCH_(3) gt CONH_(2)`
Answer» Correct Answer - B Priority of groups attached chiral carbon atom is based on atomic number. `overset(O)overset(\|\|)C-NH_(2) gt overset(O)overset(\|\|)C-CH_(3) gt overset(O)overset(\|\|)C -H gt CH_(2)OH`

Discussion

39.	What are limitation of VB theory
Answer» As we pointed out earlier, nothing is perfect! In a similar way, the Valence Bond theory is also not perfect. It has its own set of limitations. They are: It fails to explain the tetravalency of carbon. This theory does not discuss the electrons’ energies. The assumptions are about the electrons being localized to specific locations.

39.

What are limitation of VB theory

Answer»

As we pointed out earlier, nothing is perfect! In a similar way, the Valence Bond theory is also not perfect. It has its own set of limitations.

They are:

It fails to explain the tetravalency of carbon.
This theory does not discuss the electrons’ energies.
The assumptions are about the electrons being localized to specific locations.

Discussion

40.	How would you account for the following? (a) [Ti (H2O)6]3+ is coloured while [Sc (H2O)6]3+ is colourless. (b) [Fe (CN)6]3- is weakly paramagnetic while Fe (CN)6]4- is diamagnetic. (c) [Ni (CO)4 ] possess tetrahedral geometry while is [Ni (CN)4]2- is square planner.
Answer» (a) In [Ti (H₂O)₆]³⁺, metal ion has d¹ configuration. Because of this unpaired electron, d-d transition is possible and hence, it appears coloured.In [Sc (H₂O)₆] ³⁺, no unpaired electron is present in the d-subshell of metal ion hence, d-d transition is not possible, therefore, it would be colourless. (b) In [Fe (CN)₆]^3- ,Fe is in +3 oxidation state and has 5 unpaired electrons in its d-orbitals. This complex is formed due to d² Sp³ hybridisation, after the pairing of d- electrons (because of strong ligand field of CNions).These six hybridised orbitals receive six electron pairs from six molecules of CNbut one electron in d-subshell remains unpaired , hence it is weakly paramagnetic. But in [Fe (CN)₆]^4-, the oxidation state of iron is +2 and has d⁶ configuration. These six electrons get paired under the influence of ligand molecules and no electron remains unpaired in d-orbitals, therefore, it is diamagnetic. (C) In [Ni (CO)₄], Ni is in zero oxidation state and is Sp³oxidised. As a result, it possess tetrahedral geometry. While in [Ni (CN)₄]^2- , Ni is in +2 oxidation state and is dsp² hybridised. As a result, it is square planner

40.

How would you account for the following? (a) [Ti (H2O)6]3+ is coloured while [Sc (H2O)6]3+ is colourless. (b) [Fe (CN)6]3- is weakly paramagnetic while Fe (CN)6]4- is diamagnetic. (c) [Ni (CO)4 ] possess tetrahedral geometry while is [Ni (CN)4]2- is square planner.

Answer»

(a) In [Ti (H₂O)₆]³⁺, metal ion has d¹ configuration. Because of this unpaired electron, d-d transition is possible and hence, it appears coloured.In [Sc (H₂O)₆] ³⁺, no unpaired electron is present in the d-subshell of metal ion hence, d-d transition is not possible, therefore, it would be colourless.

(b) In [Fe (CN)₆]^3- ,Fe is in +3 oxidation state and has 5 unpaired electrons in its d-orbitals. This complex is formed due to d² Sp³ hybridisation, after the pairing of d- electrons (because of strong ligand field of CNions).These six hybridised orbitals receive six electron pairs from six molecules of CNbut one electron in d-subshell remains unpaired , hence it is weakly paramagnetic. But in [Fe (CN)₆]^4-, the oxidation state of iron is +2 and has d⁶ configuration. These six electrons get paired under the influence of ligand molecules and no electron remains unpaired in d-orbitals, therefore, it is diamagnetic.

(C) In [Ni (CO)₄], Ni is in zero oxidation state and is Sp³oxidised. As a result, it possess tetrahedral geometry. While in [Ni (CN)₄]^2- , Ni is in +2 oxidation state and is dsp² hybridised. As a result, it is square planner

Discussion

41.	In a semiconductor diode p-side is earthed and N-side is applied a potential of -2V, the diode shallA. conductB. not conductC. conduct partiallyD. break down
Answer» Correct Answer - A Potenial on p-side `V_(p) = 0` Potential on n - side `V_(n) = - 2` As `" "V_(p)gt V_(n)` i.e., diode is in forwards bias, so it will condut .

Discussion

42.	Assuming that the function diode is ideal, the current in the arrangement shown in figure is . A. zeroB. 2 mAC. 10 mAD. 30 mA
Answer» Correct Answer - A Here,in the circuit the diode is in reverse biase, so current will be zero.

Discussion

43.	In the given circuit the potential at point B is zero, the potential at points A and D will be A. `V_(A) = 4 V, V_(D) = 9V`B. `V_(A) = 3V,V_(D) = 4V`C. `V_(A) = 9V, V_(D) = 3V`D. `V_(A) = 4V, V_(D) = -3V`
Answer» Correct Answer - D From the given circulit `V_(A) - V_(B) = 2 xx 2 = 4V` According to question `V_(B) =0` Point D is connected to positive terminal of battery of emf 3V. As, `V_(B) -V_(C) = 2xx 3 = 6V` `therefore V_(D) - V_(C) = V_(D) - (-6) = 3V` ` rArr V_(D) = 3 - 6 = - 3V`

Discussion

44.	An alternating voltage `E=200sqrt(2)sin(100t)` is connected to a `1` microfarad capacitor through an AC ammeter. The reading of the ammeter shall beA. 10 mAB. 22 mAC. 40 mAD. 80 mA
Answer» Correct Answer - B `l_(V) = (E_(V))/(X_(C)) = (E_(V))/(1//omegaC) = E_(V) (omegaC)` ` = 220 xx 100 xx 10^(-6)` `= 22 xx 10^(-3)A = 22mA`

Discussion

45.	The magnetic flux `phi` (in weber ) in a closed circuit of resistance 10`Omega` varies with time t (in secnod) according to equation `phi=6t^(2)-5t+1`. The magnitude of induced current at `t=0.25` s isA. `0.2A`B. 0.6AC. 1.2AD. 0.8A
Answer» Correct Answer - A We know that `e = - (dphi)/(dt)` ` = -(d)/(dt) (6t^(2) - 5t+1)` ` e=- 12 t + 5` ` e= - 12 xx 0.25 + 5 = 2V` `therefore " " I =(e )/(R) = (2)/(10) = 0.2A` Reading of the ammeter.

Discussion

46.	In series LCR circuit `R = 18 Omega` and impedence is `33 Omega`. An Vrms voltage `220 V` is applied across the circuit . The true power consumed in AC circuit isA. 220WB. 400WC. 600WD. 800W
Answer» Correct Answer - D `P=e_(rms). i_(rms) cos phi` `=e_(rms.) (e_(rms))/(z). R/z` `=(220 xx 220 xx 18)/(33 xx 33)` `=(20 xx 20 xx 18)/(3 xx 3)` `=20 xx 20 xx 2=800 W`.

Discussion

47.	The magnetic flux `(phi)` linked with the coil depends on time `t` as `phi=at^(n)`, where `a` and `n` are constants. The emf induced in the coil is `e`A. If `0 lt n lt 1, e ne 0` and \|e\| decrease with timeB. If `n = 1`, e is constantC. If `n gt1, \|e\|` increase with timeD. None of these
Answer» Correct Answer - 4 `phi = "at"^(n)` `e = (dphi)/(dt) = "nat"^(4-1)` If `0 lt n lt 1` power of t is - ve hence `tdarreuarr` If n=1 , `phi`= at , `e=(dphi)/(dt) = a` If `n gt 1` So from the expression `e = nat^(n-1)` `edarr as t uarrs`

Discussion

48.	A wire is bent to form the double loop shown in figure. There is a uniform magnetic field directed into the plane of the loop. If the magnitude of this field is decreasing current will flow from: A. A to B and C to DB. B to A and D to CC. A to B and D to CD. B to A and C to D
Answer» Correct Answer - C As inward B decreases, so CW current in bigger loop & ACWcurrent in smaller loop.

Discussion

49.	Which type of image is formed by convex mirror?A. Real, inverted and enlargedB. Real, inverted and diminishedC. Virtual, erect and enlargedD. Virtual, erect and diminished
Answer» Correct Answer - D

Discussion

50.	A plane progessive wave of frequency `25 Hz`, amplitude `2.5 xx 10^-5 m` and initial phase zero propagates along the negative x-direction with a velocity of `300 m//s`. At any instant, the phase difference between the oscillations at two points `6 m` apart the line of propagation is _____ and the corresponding amplitude difference is _____ m.
Answer» `u = 300 m//s` and `n = 25` `:. lamda = (u)/(n) =(300)/(25) = 12 m` For a path difference of `lamda`, the phase difference is `2 pi`. For a path difference of `6 m`, the phase difference is `(2 pi xx 6)/(lamda) = pi rad` The amplitude is same at both points, hence amplitude different is zero.

Discussion

Explore topic-wise InterviewSolutions in Current Affairs.

The restaurant had plenty of tables but ________ . A) one only empty B) only one empty C) no one empty D) no ones empty

There was a lot of post today but ________ you. A) it’s nothing for either of B) it’s nothing for either C) there’s nothing for either of D) there’s nothing for either

Is that the man ________ yesterday? A) you’ve met B) has met you C) you met D) met you

He doesn’t ________ English. A) neither speak or write B) neither speak nor write C) speak or write D) speak nor write

You can travel ______. A) neither by train or by bus B) either by train or by bus C) either by train nor by bus D) or by train nor by bus

_____ you leave now, or you’ ll miss the bus. A) Neither B) Nor C) Either D) Or

I’m reading a book about ________ of Shakespeare. A) the living B) the existence C) the way D) the life E) the road

My brother has curly hair but mine is quite ________. A) even B) regular C) uneven D) level E) straight

“Hello. Can I speak to Mr. James, please?” “I’m sorry. He is _____ on holiday at the moment. Can I help you?” A) in B) on C) away D) off

I’m very busy _____ the moment. A) in B) on C) by D) at

Sally ________ a little money every week for her holiday. A) puts in B) puts off C) puts by D) puts over E) puts upon

They’re staying with us _____ the time being until they find a place of their own. A) during B) in C) since D) for

I can’t understand the instructions. They’re _____ Chinese. A) by B) at C) in D) for

“Romeo and Juliet” is a play _____ William Shakespeare. A) for B) by C) with D) on

Who is whiter than new snow on a raven s back in Romeo and juliet

How does romeo describe Juliet

Romeo Juliet summary

In which years was the office of Divisional Commissioner abolished and revived thereafter ?1. Abolished in 1962 and revived in 19712. Abolished in 1959 and revived in 19873. Abolished in 1966 and revival in 19734. Abolished in 1962 and revived in 1987

Which Nishad king was the father of Ekalvya?

Name the conch of Nakula

Where is 'Guru Ka Lahor' situated?1. Sirmour2. Kullu3. Chamba4. Bilaspur

The king of chedis, he was killed by Krishna during Rajsuya-yagna. Name the king

A Bengali film based on Saratchandra Chatterjee novel Pather Dabi (The demand of the road) was made on him. The film was called Sabysachi-one of the names of Arjuna who could use both his hands equally well in battle. Name the Indian revolutionary

When pressure is applied to equilibrium system: Ice `hArr` Water Which of the following statement is correct ?A. More amount of ice will formB. Melting poin of ice decreasesC. Equilibrium will not disturbD. Both (A) and (B)

The ratio of coefficient of `HNO_(3), Fe(N)_(3))_(2)` and `NH_(4)NO_(3)` in the following redox reaction `Fe + HNO_(3) rarr Fe (NO_(3))_(2) + NH_(4)NO_(3) + H_(2)O` are respectivelyA. `10 : 1 : 4`B. `4 : 10 : 1`C. `4 : 1 : 10`D. `10 : 4 : 1`

The enthalpy of neutralisation of a strong acid by a string base is `-57.32 kJ mol^(-1)`. The enthalpy of formation of water is `-285.84 kJ mol^(-1)`. The enthalpy of formation of hydroxyl ion isA. `+ 228.52 KJ//mol`B. `- 114.26 KJ//mol`C. `- 228.52 KJ//mol`D. `+ 114.2 KJ//mol`

Which acid is stronger ?A. `HA (pK_(a)=4.7)`B. `HB (pK_(a)=3)`C. `HC (pK_(a)=2)`D. `HD (pK_(a)=2.7)`

The ionisation constant `(K_(a))` of `0.1 M` weak monobasic acid `(HA)` will be whose degree of ionisation is `50%` ?A. `25xx10^(-3)`B. `25xx10^(-4)`C. `5xx10^(-2)`D. `5xx10^(-5)`

Electrode potential is-(a) 1.36 V(b) 1.30 V(c) 1.42 V(d) 1.20 V

What happens when `H_2PO_3` is heated?

Which of the following gives yellow or brown precipitate with alkaline Nessler's reagent?(a) CO2(b) NH3(c) NaCl(d) KI

Which one of the following complexes is an outer orbital complex? a). [Fe (CN)6]4- b). [Mn(CN)6]4- c). [Co (NH3)6]3+ d). [Ni (NH3)6]2+ [Atomic nos.: Mn = 25, Fe= 26, Co = 27, Ni = 28]

A 5% solution of cane sugar (Mol. Wt = 342) is isotonic with 1% solution of substance X. The molecular weight of X. is-(a) 68.4(b) 34.2(c) 171.2(d) 136.2

A 5% solution of cane sugar (mol. wt. = 342) is isotonic with 1% solution of a substance X. The molecular weight of X isa). 68.4 b). 171.2 c). 34.2 d). 136.8

While assigning R,S configuration the correct order of priority of groups attached to chiral carbon atom isA. `CONH_(2) gt COCH_(3) gt CH_(2)OH gt CHO`B. `CONH_(2) gt COCH_(3) gt CHO gt CH_(2)OH`C. `COCH_(3) gt CONH_(2) gt CHO gt CH_(2)OH`D. `CHO gt CH_(2)OH gt COCH_(3) gt CONH_(2)`

What are limitation of VB theory

How would you account for the following? (a) [Ti (H2O)6]3+ is coloured while [Sc (H2O)6]3+ is colourless. (b) [Fe (CN)6]3- is weakly paramagnetic while Fe (CN)6]4- is diamagnetic. (c) [Ni (CO)4 ] possess tetrahedral geometry while is [Ni (CN)4]2- is square planner.

In a semiconductor diode p-side is earthed and N-side is applied a potential of -2V, the diode shallA. conductB. not conductC. conduct partiallyD. break down

Assuming that the function diode is ideal, the current in the arrangement shown in figure is . A. zeroB. 2 mAC. 10 mAD. 30 mA

In the given circuit the potential at point B is zero, the potential at points A and D will be A. `V_(A) = 4 V, V_(D) = 9V`B. `V_(A) = 3V,V_(D) = 4V`C. `V_(A) = 9V, V_(D) = 3V`D. `V_(A) = 4V, V_(D) = -3V`

An alternating voltage `E=200sqrt(2)sin(100t)` is connected to a `1` microfarad capacitor through an AC ammeter. The reading of the ammeter shall beA. 10 mAB. 22 mAC. 40 mAD. 80 mA

The magnetic flux `phi` (in weber ) in a closed circuit of resistance 10`Omega` varies with time t (in secnod) according to equation `phi=6t^(2)-5t+1`. The magnitude of induced current at `t=0.25` s isA. `0.2A`B. 0.6AC. 1.2AD. 0.8A

In series LCR circuit `R = 18 Omega` and impedence is `33 Omega`. An Vrms voltage `220 V` is applied across the circuit . The true power consumed in AC circuit isA. 220WB. 400WC. 600WD. 800W

The magnetic flux `(phi)` linked with the coil depends on time `t` as `phi=at^(n)`, where `a` and `n` are constants. The emf induced in the coil is `e`A. If `0 lt n lt 1, e ne 0` and |e| decrease with timeB. If `n = 1`, e is constantC. If `n gt1, |e|` increase with timeD. None of these

A wire is bent to form the double loop shown in figure. There is a uniform magnetic field directed into the plane of the loop. If the magnitude of this field is decreasing current will flow from: A. A to B and C to DB. B to A and D to CC. A to B and D to CD. B to A and C to D

Which type of image is formed by convex mirror?A. Real, inverted and enlargedB. Real, inverted and diminishedC. Virtual, erect and enlargedD. Virtual, erect and diminished