Bhabha Atomic Research Centre (BARC) located at Trombay (near Bombay, INDIA) has (A) Five operating research reactors (namely Apsara, Cirus Zerelina, Purnima and Dhurva) (B) A 420 MW nuclear power plant (C) A very large capacity (100 tons/yr) heavy water plant (D) All (A), (B) and (C)

Bhabha Atomic Research Centre (BARC) located at Trombay (near
Bombay, INDIA) has
(A) Five operating research reactors (namely Apsara, Cirus Zerelina,
Purnima and Dhurva)
(B) A 420 MW nuclear power plant
(C) A very large capacity (100 tons/yr) heavy water plant
(D) All (A), (B) and (C)
by

1 Answer

Answer :

(A) Five operating research reactors (namely Apsara, Cirus Zerelina,
Purnima and Dhurva)
by

Related questions

Fast breeder Test Reactor (FBTR) is located at (A) Kalpakkam (near Madras) (B) Kota (in Rajasthan) (C) BARC (Trombay) (D) Tarapur (in Maharashtra)

Description : Fast breeder Test Reactor (FBTR) is located at (A) Kalpakkam (near Madras) (B) Kota (in Rajasthan) (C) BARC (Trombay) (D) Tarapur (in Maharashtra)

Last Answer : (A) Kalpakkam (near Madras)

Which research centre announced that it was developing the largest magnet of the world? This largest magnet would weigh 50000 tons. a) CERN, Geneva b) Bhabha Atomic Research Centre, India c) NASA, US d) Neutrino Observatory, India

Description : Which research centre announced that it was developing the largest magnet of the world? This largest magnet would weigh 50000 tons. a) CERN, Geneva b) Bhabha Atomic Research Centre, India c) NASA, US d) Neutrino Observatory, India

Last Answer : Answer: (b) Bhabha Atomic Research Centre, India

Tarapur (INDIA) atomic power station (A) Has two boiling water reactors of American design (B) Has an installed capacity of 400 MW (C) Is the first power reactor in India, which became critical in 1969 (D) All (A), (B) and (C)

Description : Tarapur (INDIA) atomic power station (A) Has two boiling water reactors of American design (B) Has an installed capacity of 400 MW (C) Is the first power reactor in India, which became critical in 1969 (D) All (A), (B) and (C)

Last Answer : (D) All (A), (B) and (C)

Where is Bhabha atomic research centre

Description : Where is Bhabha atomic research centre

Last Answer : Chennai

Who was appointed as the director of Bhabha Atomic Research Centre for a period of 3 years in March 2019?

Description : Who was appointed as the director of Bhabha Atomic Research Centre for a period of 3 years in March 2019?

Last Answer : Ajit Kumar Mohanty

Who is the director of Bhabha Atomic Research Centre

Description : Who is the director of Bhabha Atomic Research Centre

Last Answer : KN Vyas

Bhabha Atomic Research Centre is situated in (1) Delhi (2) Mumbai (3) Chennai (4) Hyderabad

Description : Bhabha Atomic Research Centre is situated in (1) Delhi (2) Mumbai (3) Chennai (4) Hyderabad

Last Answer : Mumbai

Where is the Bhabha Atomic Research Center located? -General Knowledge

Description : Where is the Bhabha Atomic Research Center located? -General Knowledge

Last Answer : answer:

Nuclear power generation capacity in India is (A) 3000 MW (B) 10000 MW (C) More than hydroelectric power generation capacity (D) More than thermal power generation capacity

Description : Nuclear power generation capacity in India is (A) 3000 MW (B) 10000 MW (C) More than hydroelectric power generation capacity (D) More than thermal power generation capacity

Last Answer : (A) 3000 MW

A car whose mass is 2 metric tons is accelerated uniformly from stand hill to 100 kmph in 5 sec. Find the driving force in Newton’s.  a. 11,120 N  b. 11,320 N  c. 11,420 N  d. 11520 N formula: F= ma / k

Description : A car whose mass is 2 metric tons is accelerated uniformly from stand hill to 100 kmph in 5 sec. Find the driving force in Newton’s.  a. 11,120 N  b. 11,320 N  c. 11,420 N  d. 11520 N formula: F= ma / k

Last Answer : 11,120N

The Vikram Sarabhai Space Centre is located at (1) Sriharikota (2) Trivandrum (3) Trombay (4) Bangalore

Description : The Vikram Sarabhai Space Centre is located at (1) Sriharikota (2) Trivandrum (3) Trombay (4) Bangalore

Last Answer : Trivandrum

The famous tourist centre Mahabalipuram is located near: (1) Bombay (2) Delhi (3) Chennai (4) Calcutta

Description : The famous tourist centre Mahabalipuram is located near: (1) Bombay (2) Delhi (3) Chennai (4) Calcutta

Last Answer : (3) Chennai Explanation: Mahabalipuram is located about 55 km south of Chennai. It is famous for the rockcut temples, the famous Arjuna Ratha, Dr aupadi Ratha and Dharmaraja Chariot.

India conducted its first nuclear explosion at (a) Apsara (b) Pokharan (c) Koyana (d) Kalpakkam

Description : India conducted its first nuclear explosion at (a) Apsara (b) Pokharan (c) Koyana (d) Kalpakkam

Last Answer : Ans: (b)

The first nuclear reactor of India is named (a) Urvashi (b) Apsara (c) Kamini (d) Rohini

Description : The first nuclear reactor of India is named (a) Urvashi (b) Apsara (c) Kamini (d) Rohini

Last Answer : Ans: (b)

Which one of the following refers to the first nuclear reactor of India ? (1) Rohini (2) Urvashi (3) Apsara (4) Kamini

Description : Which one of the following refers to the first nuclear reactor of India ? (1) Rohini (2) Urvashi (3) Apsara (4) Kamini

Last Answer : Apsara

The only commercial Fischer-Tropsch plant for producing liquid hydrocarbon fuel from coal is located at (A) SASOL (in South Africa) (B) Redcar (U.K.) (C) Los Angeles (U.S.A.) (D) Trombay (India)

Description : The only commercial Fischer-Tropsch plant for producing liquid hydrocarbon fuel from coal is located at (A) SASOL (in South Africa) (B) Redcar (U.K.) (C) Los Angeles (U.S.A.) (D) Trombay (India)

Last Answer : (A) SASOL (in South Africa)

Heavy water used in the nuclear reactors to slow down the speed of neutrons is (A) Highly purified water (B) A compound of oxygen and deuterium (C) Water having dissolved salts of heavy metals (D) None of these

Description : Heavy water used in the nuclear reactors to slow down the speed of neutrons is (A) Highly purified water (B) A compound of oxygen and deuterium (C) Water having dissolved salts of heavy metals (D) None of these

Last Answer : (B) A compound of oxygen and deuterium

Most of the nuclear power plants operating in the United States are: w) pressurized water reactors x) boiling water reactors y) high-temperature gas-cooled reactors z) liquid-metal fast breeder reactors

Description : Most of the nuclear power plants operating in the United States are: w) pressurized water reactors x) boiling water reactors y) high-temperature gas-cooled reactors z) liquid-metal fast breeder reactors

Last Answer : ANSWER: W -- PRESSURIZED WATER REACTORS 

Which of the following nuclear reactors is the most efficient thermodynamically while operating between the same temperature and pressure limits of the reactor? (A) Molten sodium cooled (B) CO2 gas cooled (C) Pressurised water (D) Boiling water

Description : Which of the following nuclear reactors is the most efficient thermodynamically while operating between the same temperature and pressure limits of the reactor? (A) Molten sodium cooled (B) CO2 gas cooled (C) Pressurised water (D) Boiling water

Last Answer : (D) Boiling water

Heavy water plants are generally located near (a) Major irrigation projects (b) Hydroelectric projects (c) Fertilizer plants (d) Nuclear power plants

Description : Heavy water plants are generally located near (a) Major irrigation projects (b) Hydroelectric projects (c) Fertilizer plants (d) Nuclear power plants

Last Answer : Ans: (c)

Which one among the following is used as a moderator in nuclear reactors? (1) Ozone (2) Heavy hydrogen (3) Hydrogen peroxide (4) Heavy water

Description : Which one among the following is used as a moderator in nuclear reactors? (1) Ozone (2) Heavy hydrogen (3) Hydrogen peroxide (4) Heavy water

Last Answer : (4) Heavy water Explanation: A pressurized heavy-water reactor (PHWR) is a nuclear reactor, commonly using natural uranium as its fuel, that uses heavy water (deuterium oxide D2O) as its coolant and neutron moderator.

Which of the following is used as a coolant in nuclear reactors? (1) Heavy water (2) Cadmium (3) Liquid sodium (4) Graphite

Description : Which of the following is used as a coolant in nuclear reactors? (1) Heavy water (2) Cadmium (3) Liquid sodium (4) Graphite

Last Answer : (3) Liquid sodium Explanation: Liquid metallic sodium may be used as the sole coolant, carrying heat from the core. Sodium has only one stable isotope, sodium-23. Sodium-23 is a very weak absorber of neutrons.

Which one among the following is-used as a moderator in nuclear reactors? (1) Ozone (2) Heavy hydrogen (3) Heavy water (4) Hydrogen peroxide

Description : Which one among the following is-used as a moderator in nuclear reactors? (1) Ozone (2) Heavy hydrogen (3) Heavy water (4) Hydrogen peroxide

Last Answer : (3) Heavy water Explanation: Heavy water is used in certain types of nuclear reactors, where it acts as a neutron moderator to slow down neutrons so that they are more likely to react with the fissile uranium-235 than with uranium238.

Heavy water is used as a coolant in nuclear reactors. Heavy water is (1) water rich in minerals (2) ozonised water (3) water containing minerals of heavy metal (4) water containing heavy isotope of hydrogen

Description : Heavy water is used as a coolant in nuclear reactors. Heavy water is (1) water rich in minerals (2) ozonised water (3) water containing minerals of heavy metal (4) water containing heavy isotope of hydrogen 

Last Answer : water containing heavy isotope of hydrogen

For steam power plant having capacity 600 MW capacity a cooling tower is required to set up with condenser. Suggest the type of condenser and cooling tower with justification.

Description : For steam power plant having capacity 600 MW capacity a cooling tower is required to set up with condenser. Suggest the type of condenser and cooling tower with justification. 

Last Answer : For Steam power plant having Capacity 600 MW the requirement of condenser and cooling tower is as follow. 1) Condenser:- Given Capacity is medium to low capacity for this we can use Jet Condenser ... and efficiency of tower is high  -Temperature of water coming out from tower can be controlled.

One of the following countries produces maximum energy from atomic reactors? A. France (80% from its Nuclear Reactors) B. USA C. UK

Description : One of the following countries produces maximum energy from atomic reactors? A. France (80% from its Nuclear Reactors) B. USA C. UK

Last Answer : A. France (80% from its Nuclear Reactors)

Largest capacity nitrogenous fertiliser plants (2700 tons of NH3 per day) (2 Nos.) in India are located at (A) Thal-Vaishet (under RCF in Maharashtra) and Hazira (under IFFCO in Gujarat)(B) Talcher (Orissa) and Ramagundam (A.P.) both under FCI(C) Korba (M.P.) and Talcher (Orissa) both under FCI(D) Haldia (W.B) and Namrup (Assam) both under HFC

Description : Largest capacity nitrogenous fertiliser plants (2700 tons of NH3 per day) (2 Nos.) in India are located at (A) Thal-Vaishet (under RCF in Maharashtra) and Hazira (under IFFCO in Gujarat) (B) Talcher (Orissa) ... ) and Talcher (Orissa) both under FCI (D) Haldia (W.B) and Namrup (Assam) both under HFC

Last Answer : (A) Thal-Vaishet (under RCF in Maharashtra) and Hazira (under IFFCO in Gujarat)

U-235 content in enriched uranium, that is normally used in power reactors (e.g., at Tarapur atomic power plant), is about __________ percent. (A) 85(B) 50 (C) 3 (D) 97

Description : U-235 content in enriched uranium, that is normally used in power reactors (e.g., at Tarapur atomic power plant), is about __________ percent. (A) 85 (B) 50 (C) 3 (D) 97

Last Answer : (C) 3

Vibrating screens have capacity in the range of __________ tons/ft 2 .mm mesh size. (A) 0.2 to 0.8 (B) 5 to 25 (C) 50 to 100 (D) 100 to 250

Description : Vibrating screens have capacity in the range of __________ tons/ft 2 .mm mesh size. (A) 0.2 to 0.8 (B) 5 to 25 (C) 50 to 100 (D) 100 to 250

Last Answer : (A) 0.2 to 0.8

Who among the following developed the technology of under-ground nuclear explosion? (1) Dr. Homi J. Bhabha (2) Dr. Vikram Sarabhai (3) Dr. Raja Ramanna (4) Dr. P. K. Iyengar

Description : Who among the following developed the technology of under-ground nuclear explosion? (1) Dr. Homi J. Bhabha (2) Dr. Vikram Sarabhai (3) Dr. Raja Ramanna (4) Dr. P. K. Iyengar

Last Answer : (1) Dr. Homi J. Bhabha Explanation: Homi Jehangir Bhabha was an Indian nuclear physicist, founding director, and professor of physics at the Tata Institute of Fundamental Research. Colloquially ... for the probability of scattering positrons by electrons, a process now known as Bhabha scattering.

Who among the following developed the technology of underground nuclear explosion ? (1) Dr. Homi J. Bhabha (2) Dr. Vikram Sarabhai (3) Dr. Raja Ramanna (4) Dr. P. K. Iyengar

Description : Who among the following developed the technology of underground nuclear explosion ? (1) Dr. Homi J. Bhabha (2) Dr. Vikram Sarabhai (3) Dr. Raja Ramanna (4) Dr. P. K. Iyengar

Last Answer : Dr. Homi J. Bhabha

Indira Gandhi Centre for Atomic Research is located at?

Description : Indira Gandhi Centre for Atomic Research is located at?

Last Answer : Kalpakkam, Chennai.

Pick out the wrong statement. (A) More commonly used jaw crusher between Dodge jaw crusher and Blake jaw crusher is the later one(B) There are only four methods namely compression, impact, attrition andcutting, which the size reduction equipments employ(C) Cutting machines mainly employ 'attrition' for size reduction of solids(D) Operating principles of Dodge and Blake jaw crushers are combined inthe working of universal jaw crushers

Description : Pick out the wrong statement. (A) More commonly used jaw crusher between Dodge jaw crusher and Blake jaw crusher is the later one (B) There are only four methods namely compression, impact ... Operating principles of Dodge and Blake jaw crushers are combined in the working of universal jaw crushers

Last Answer : (C) Cutting machines mainly employ 'attrition' for size reduction of solids

A generating station has a maximum demand of 50 Mw, a load factor of 60%, a plant capacity factor...

Description : A generating station has a maximum demand of 50 Mw, a load factor of 60%, a plant capacity factor of 45% and if the plant while running as per schedule, were fully loaded. The daily energy produced will be

Last Answer : A generating station has a maximum demand of 50 Mw, a load factor of 60%, a plant capacity factor of 45% and if the plant while running as per schedule, were fully loaded. The daily energy produced will be 720 MW.

Two synchronous generators operating in parallel supply a common load of 2.5 MW. The frequency-power

Description : Two synchronous generators operating in parallel supply a common load of 2.5 MW. The frequency-power characteristics have a common slope of 1 MW/Hz and the no-load frequencies of the generators are 51.5 Hz and 51.0 Hz, ... system frequency is (A) 50 Hz (B) 51 Hz (C) 51.25 Hz (D) 51.5 Hz

Last Answer : Two synchronous generators operating in parallel supply a common load of 2.5 MW. The frequency-power characteristics have a common slope of 1 MW/Hz and the no-load frequencies of the generators are 51.5 Hz and 51.0 Hz, respectively. Then the system frequency is 50 Hz

Gas cooling as compared to water cooling of nuclear reactors (A) Cannot attain a high temperature (B) Is more efficient as gas has a higher specific heat (C) Can produce only saturated steam for feeding to power turbine (D) None of these

Description : Gas cooling as compared to water cooling of nuclear reactors (A) Cannot attain a high temperature (B) Is more efficient as gas has a higher specific heat (C) Can produce only saturated steam for feeding to power turbine (D) None of these

Last Answer : (D) None of these

Do Miley Cirus or the Jonas Brothers write their own music?

Description : Do Miley Cirus or the Jonas Brothers write their own music?

Last Answer : Look at the credits on their albums. The songwriters are listed.

When was the guru purnima in 1976?

Description : When was the guru purnima in 1976?

Last Answer : Feel Free to Answer

Nuclear fuel generally used in reactors is uranium oxide instead of uranium, because the former has higher (A) Melting point, hence can be subjected to higher temperature (B) Density; hence core volume for a given power output would be smaller (C) Resistance to effects of irradiation (D) All (A), (B) and (C)

Description : Nuclear fuel generally used in reactors is uranium oxide instead of uranium, because the former has higher (A) Melting point, hence can be subjected to higher temperature (B) Density; hence core volume for a given ... be smaller (C) Resistance to effects of irradiation (D) All (A), (B) and (C)

Last Answer : (D) All (A), (B) and (C)

Which of the following reactors is operated at high neutron flux and low power level? (A) Breeder reactor (B) Research reactor (C) Heterogeneous reactor (D) Liquid metal (e.g., molten sodium) cooled reactor

Description : Which of the following reactors is operated at high neutron flux and low power level? (A) Breeder reactor (B) Research reactor (C) Heterogeneous reactor (D) Liquid metal (e.g., molten sodium) cooled reactor

Last Answer : (B) Research reactor

Research reactors are normally meant for (A) Producing high neutron flux 10 12 -10 13 neutrons/cm2 , sec and studying the effect of neutron bombardment on different materials (B) Accelerating the neutrons (C) Power generation (D) None of these

Description : Research reactors are normally meant for (A) Producing high neutron flux 10 12 -10 13 neutrons/cm2 , sec and studying the effect of neutron bombardment on different materials (B) Accelerating the neutrons (C) Power generation (D) None of these

Last Answer : (A) Producing high neutron flux 10 12 -10 13 neutrons/cm2 , sec and studying the effect of neutron bombardment on different materials

Nitro-phosphate (manufactured at Trombay-India) is a __________ fertiliser. (A) Mixed (B) Complex (C) Highly hygroscopic (D) Highly explosive

Description : Nitro-phosphate (manufactured at Trombay-India) is a __________ fertiliser. (A) Mixed (B) Complex (C) Highly hygroscopic (D) Highly explosive

Last Answer : (B) Complex

The first fertilizer plant was set up at (a) Nangal (Punjab) (b) Sindri (Bihar) (c) Alwaye (Kerala) (d) Trombay (Maharashtra)

Description : The first fertilizer plant was set up at (a) Nangal (Punjab) (b) Sindri (Bihar) (c) Alwaye (Kerala) (d) Trombay (Maharashtra)

Last Answer : Ans: (b)

The major thermal power station fed on natural gas is at (a) Lunej (b) Trombay (c) Naharkatiya (d) Digboi

Description : The major thermal power station fed on natural gas is at (a) Lunej (b) Trombay (c) Naharkatiya (d) Digboi

Last Answer : Ans: (c)

Why aren't the reactors and cooling tanks of nuclear power plants built below water level?

Description : Why aren't the reactors and cooling tanks of nuclear power plants built below water level?

Last Answer : answer:What would keep that water in once the area was flooded? If you open a dam, remove a levy, or open some kind of gate that water can flow both ways. A pump would allow you to control what comes and goes.

Pecan trees planted about 4 yr about five foot tall and leaves have a very yellow and unhealthy look.

Description : Pecan trees planted about 4 yr about five foot tall and leaves have a very yellow and unhealthy look.

Last Answer : It could be................once they are established I let nature take it course. I would test the soil there...........ph should be 6.0 to 7.0 ...it might need lime and old horsemanure around it............Happy spring is coming.

In a 100 TPD Sponge Iron plant, the sponge iron is fed to the Induction melting furnace, producing molten steel at 88% yield. The Energy consumption details are as follows: Coal Consumption : 130 TPD GCV of coal : 4500 kcal/kg Power Purchased from Grid : 82400 kWh / day Specific Energy consumption for Kiln producing Sponge Iron: 120 kWh / ton sponge iron Calculate the following 1. Specific Energy Consumption of Induction melting furnace in terms of kWh/ton of molten steel 2. Specific Energy Consumption of the entire plant, in terms of kcal/kg of molten steel (product). 3. Total Energy Consumption of Plant in Tons of Oil Equivalent (TOE )

Description : In a 100 TPD Sponge Iron plant, the sponge iron is fed to the Induction melting furnace,  producing molten steel at 88% yield. The Energy consumption details are as follows: Coal Consumption : 130 ... molten  steel (product). 3. Total Energy Consumption of Plant in Tons of Oil Equivalent (TOE )

Last Answer :  a) Specific Energy Consumption of Induction Melting Furnace  Molten Steel Production from the Induction melting furnace per day  = 100 x 88/100 = 88 TPD Total Energy Consumption of the Plant = 82400 kWh ... mark c) Total Energy consumption of Plant in ToE  = 655864000/107  = 65.586 ToE

The figure shows the front view of a convex lens, which originally had only one edge. Five holes of different shapes, namely triangle, square, pentagon, hexagon and circle, were drilled through it at points P, Q, R, S and T in such a way that the holes were parallel to each other, perpendicular to the edge and all the holes were still within the lens edge. What is the total number of edges in the lens after the holes were drilled?

Description : The figure shows the front view of a convex lens, which originally had only one edge. Five holes of different shapes, namely triangle, square, pentagon, hexagon and circle, were drilled through it at points P ... . What is the total number of edges in the lens after the holes were drilled? 

Last Answer : 57

Choose the incorrect statement from the following: (a) The nuclear becomes weak if the nucleus contains too many protons compared to the number of neutrons (b) The nuclear force becomes weak if the nucleus contains too many neutrons compared to the number of protons (c) Nuclei with atomic number greater than 82 show a tendency to disintegrate (d) The nuclear force becomes very strong if the nucleus contains a large number of nucleons.

Description : Choose the incorrect statement from the following: (a) The nuclear becomes weak if the nucleus contains too many protons compared to the number of neutrons (b) The nuclear force becomes weak if the ... (d) The nuclear force becomes very strong if the nucleus contains a large number of nucleons.

Last Answer : Ans:(d)

For a single mode optical cable with 0.25 dB/km loss, determine the optical power 100 km from a 0.1-mW light source. ∙ A. -45 dBm ∙ B. -15 dBm ∙ C. -35 dBm

Description : For a single mode optical cable with 0.25 dB/km loss, determine the optical power 100 km from a 0.1-mW light source. ∙ A. -45 dBm ∙ B. -15 dBm ∙ C. -35 dBm

Last Answer : ∙ C. -35 dBm