[["Question: The number of output pins in 8085 microprocessors are\nChoices:\nA. 27.\nB. 40.\nC. 21.\nD. 19.\nAnswer:"," 27."],["Question: The number of output pins in 8085 microprocessors are\nChoices:\nA. 27.\nB. 40.\nC. 21.\nD. 19.\nAnswer:"," 40."],["Question: The number of output pins in 8085 microprocessors are\nChoices:\nA. 27.\nB. 40.\nC. 21.\nD. 19.\nAnswer:"," 21."],["Question: The number of output pins in 8085 microprocessors are\nChoices:\nA. 27.\nB. 40.\nC. 21.\nD. 19.\nAnswer:"," 19."],["Question: Inintel 8085A microprocessor ALE signal is made high to\nChoices:\nA. Enable the data bus to be used as low order address bus\nB. To latch data D0-D7 from data bus\nC. To disable data bus\nD. To achieve all the functions listed above\nAnswer:"," Enable the data bus to be used as low order address bus"],["Question: Inintel 8085A microprocessor ALE signal is made high to\nChoices:\nA. Enable the data bus to be used as low order address bus\nB. To latch data D0-D7 from data bus\nC. To disable data bus\nD. To achieve all the functions listed above\nAnswer:"," To latch data D0-D7 from data bus"],["Question: Inintel 8085A microprocessor ALE signal is made high to\nChoices:\nA. Enable the data bus to be used as low order address bus\nB. To latch data D0-D7 from data bus\nC. To disable data bus\nD. To achieve all the functions listed above\nAnswer:"," To disable data bus"],["Question: Inintel 8085A microprocessor ALE signal is made high to\nChoices:\nA. Enable the data bus to be used as low order address bus\nB. To latch data D0-D7 from data bus\nC. To disable data bus\nD. To achieve all the functions listed above\nAnswer:"," To achieve all the functions listed above"],["Question: According to the Bohr model, an electron gains or losses energy only by\nChoices:\nA. moving faster or slower in an allowed orbit.\nB. jumping from one allowed orbit to another.\nC. being completely removed from an atom.\nD. jumping from one atom to another atom.\nAnswer:"," moving faster or slower in an allowed orbit."],["Question: According to the Bohr model, an electron gains or losses energy only by\nChoices:\nA. moving faster or slower in an allowed orbit.\nB. jumping from one allowed orbit to another.\nC. being completely removed from an atom.\nD. jumping from one atom to another atom.\nAnswer:"," jumping from one allowed orbit to another."],["Question: According to the Bohr model, an electron gains or losses energy only by\nChoices:\nA. moving faster or slower in an allowed orbit.\nB. jumping from one allowed orbit to another.\nC. being completely removed from an atom.\nD. jumping from one atom to another atom.\nAnswer:"," being completely removed from an atom."],["Question: According to the Bohr model, an electron gains or losses energy only by\nChoices:\nA. moving faster or slower in an allowed orbit.\nB. jumping from one allowed orbit to another.\nC. being completely removed from an atom.\nD. jumping from one atom to another atom.\nAnswer:"," jumping from one atom to another atom."],["Question: Systematic errors are\nChoices:\nA. environmental errors.\nB. observational errors.\nC. instrument errors.\nD. all of the above.\nAnswer:"," environmental errors."],["Question: Systematic errors are\nChoices:\nA. environmental errors.\nB. observational errors.\nC. instrument errors.\nD. all of the above.\nAnswer:"," observational errors."],["Question: Systematic errors are\nChoices:\nA. environmental errors.\nB. observational errors.\nC. instrument errors.\nD. all of the above.\nAnswer:"," instrument errors."],["Question: Systematic errors are\nChoices:\nA. environmental errors.\nB. observational errors.\nC. instrument errors.\nD. all of the above.\nAnswer:"," all of the above."],["Question: To obtain a high value of capacitance, the permittivity of dielectric medium should be\nChoices:\nA. low\nB. zero\nC. high\nD. unity\nAnswer:"," low"],["Question: To obtain a high value of capacitance, the permittivity of dielectric medium should be\nChoices:\nA. low\nB. zero\nC. high\nD. unity\nAnswer:"," zero"],["Question: To obtain a high value of capacitance, the permittivity of dielectric medium should be\nChoices:\nA. low\nB. zero\nC. high\nD. unity\nAnswer:"," high"],["Question: To obtain a high value of capacitance, the permittivity of dielectric medium should be\nChoices:\nA. low\nB. zero\nC. high\nD. unity\nAnswer:"," unity"],["Question: What are the sets of commands in a program which are not translated into machine instructions during assembly process, called?\nChoices:\nA. Mnemonics\nB. Directives\nC. Identifiers\nD. Operands\nAnswer:"," Mnemonics"],["Question: What are the sets of commands in a program which are not translated into machine instructions during assembly process, called?\nChoices:\nA. Mnemonics\nB. Directives\nC. Identifiers\nD. Operands\nAnswer:"," Directives"],["Question: What are the sets of commands in a program which are not translated into machine instructions during assembly process, called?\nChoices:\nA. Mnemonics\nB. Directives\nC. Identifiers\nD. Operands\nAnswer:"," Identifiers"],["Question: What are the sets of commands in a program which are not translated into machine instructions during assembly process, called?\nChoices:\nA. Mnemonics\nB. Directives\nC. Identifiers\nD. Operands\nAnswer:"," Operands"],["Question: Which of the following methods is/are used for reactive or voltage compensation\nChoices:\nA. shunt capacitor\nB. series capacitor\nC. generation excitation control\nD. all of the above\nAnswer:"," shunt capacitor"],["Question: Which of the following methods is/are used for reactive or voltage compensation\nChoices:\nA. shunt capacitor\nB. series capacitor\nC. generation excitation control\nD. all of the above\nAnswer:"," series capacitor"],["Question: Which of the following methods is/are used for reactive or voltage compensation\nChoices:\nA. shunt capacitor\nB. series capacitor\nC. generation excitation control\nD. all of the above\nAnswer:"," generation excitation control"],["Question: Which of the following methods is/are used for reactive or voltage compensation\nChoices:\nA. shunt capacitor\nB. series capacitor\nC. generation excitation control\nD. all of the above\nAnswer:"," all of the above"],["Question: Lowest critical frequency is due to pole and it may be present at the origin or nearer to the origin, then the type of network is\nChoices:\nA. LC.\nB. RL.\nC. RC.\nD. Any of the above.\nAnswer:"," LC."],["Question: Lowest critical frequency is due to pole and it may be present at the origin or nearer to the origin, then the type of network is\nChoices:\nA. LC.\nB. RL.\nC. RC.\nD. Any of the above.\nAnswer:"," RL."],["Question: Lowest critical frequency is due to pole and it may be present at the origin or nearer to the origin, then the type of network is\nChoices:\nA. LC.\nB. RL.\nC. RC.\nD. Any of the above.\nAnswer:"," RC."],["Question: Lowest critical frequency is due to pole and it may be present at the origin or nearer to the origin, then the type of network is\nChoices:\nA. LC.\nB. RL.\nC. RC.\nD. Any of the above.\nAnswer:"," Any of the above."],["Question: Stability of a transmission line can be increased by\nChoices:\nA. shunt capacitor\nB. series capacitor\nC. shunt reactor\nD. both A and B\nAnswer:"," shunt capacitor"],["Question: Stability of a transmission line can be increased by\nChoices:\nA. shunt capacitor\nB. series capacitor\nC. shunt reactor\nD. both A and B\nAnswer:"," series capacitor"],["Question: Stability of a transmission line can be increased by\nChoices:\nA. shunt capacitor\nB. series capacitor\nC. shunt reactor\nD. both A and B\nAnswer:"," shunt reactor"],["Question: Stability of a transmission line can be increased by\nChoices:\nA. shunt capacitor\nB. series capacitor\nC. shunt reactor\nD. both A and B\nAnswer:"," both A and B"],["Question: If holding current of a thyristor is 2 mA then latching current should be\nChoices:\nA. 0.01 A.\nB. 0.002 A.\nC. 0.009 A.\nD. 0.004 A.\nAnswer:"," 0.01 A."],["Question: If holding current of a thyristor is 2 mA then latching current should be\nChoices:\nA. 0.01 A.\nB. 0.002 A.\nC. 0.009 A.\nD. 0.004 A.\nAnswer:"," 0.002 A."],["Question: If holding current of a thyristor is 2 mA then latching current should be\nChoices:\nA. 0.01 A.\nB. 0.002 A.\nC. 0.009 A.\nD. 0.004 A.\nAnswer:"," 0.009 A."],["Question: If holding current of a thyristor is 2 mA then latching current should be\nChoices:\nA. 0.01 A.\nB. 0.002 A.\nC. 0.009 A.\nD. 0.004 A.\nAnswer:"," 0.004 A."]]
