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Directions to Solve

Each sentences below consist of a word or a phrase which is bold. It is followed by four words or phrases. Select the word or pharse which is closes to the OPPOSITE in meaning of the bold word or phrase.

Q1: I was surprised at his stiff attitude.

A courteous

B flexible

C soft

D lively

Q2: What will be the output of the program?

#include<stdio.h>
#define FUN(arg) do\
                 {\
                    if(arg)\
                        printf('AptitudeCrack...', '\n');\
                  }while(--i)

int main()
{
    int i=2;
    FUN(i<3);
    return 0;
}

A AptitudeCrack...
AptitudeCrack...
AptitudeCrack

B AptitudeCrack... AptitudeCrack...

C Error: cannot use control instructions in macro

D No output

Q3:
For a three-input NOR gate, with the input waveforms as shown below, which output waveform is correct?

A a

B b

C c

D d

Q4: A LOW placed on the input of an inverter will produce a HIGH output.

A True

B False

Q5: The SUBDESIGN section defines the input and output of the logic circuit block.

A True

B False

Q6: The NAND gate is an example of combinational logic.

A True

B False

Q7:
The symbol shown below is an AND gate.

A True

B False

Q8: The complement of 1 is 0.

A True

B False

Q9: In VHDL, local signals are declared in the VARIABLE section, which is placed between the SUBDESIGN section and the logic section.

A True

B False

Q10:
The given figure shows the correct logic implementation of the distributive law.

A True

B False

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Q1: I was surprised at his stiff attitude.

Q2: What will be the output of the program?
`#include<stdio.h> #define FUN(arg) do\ {\ if(arg)\ printf('AptitudeCrack...', '\n');\ }while(--i) int main() { int i=2; FUN(i<3); return 0; }`

Q3:
For a three-input NOR gate, with the input waveforms as shown below, which output waveform is correct?

Q4: A LOW placed on the input of an inverter will produce a HIGH output.

Q5: The SUBDESIGN section defines the input and output of the logic circuit block.

Q6: The NAND gate is an example of combinational logic.

Q7:
The symbol shown below is an AND gate.

Q8: The complement of 1 is 0.

Q9: In VHDL, local signals are declared in the VARIABLE section, which is placed between the SUBDESIGN section and the logic section.

Q10:
The given figure shows the correct logic implementation of the distributive law.

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Q1: I was surprised at his stiff attitude.

Solution

Q2: What will be the output of the program? #include<stdio.h> #define FUN(arg) do\ {\ if(arg)\ printf('AptitudeCrack...', '\n');\ }while(--i) int main() { int i=2; FUN(i<3); return 0; }

Solution

Q3: For a three-input NOR gate, with the input waveforms as shown below, which output waveform is correct?

Solution

Q4: A LOW placed on the input of an inverter will produce a HIGH output.

Solution

Q5: The SUBDESIGN section defines the input and output of the logic circuit block.

Solution

Q6: The NAND gate is an example of combinational logic.

Solution

Q7: The symbol shown below is an AND gate.

Solution

Q8: The complement of 1 is 0.

Solution

Q9: In VHDL, local signals are declared in the VARIABLE section, which is placed between the SUBDESIGN section and the logic section.

Solution

Q10: The given figure shows the correct logic implementation of the distributive law.

Solution

Q2: What will be the output of the program?
`#include<stdio.h> #define FUN(arg) do\ {\ if(arg)\ printf('AptitudeCrack...', '\n');\ }while(--i) int main() { int i=2; FUN(i<3); return 0; }`

Q3:
For a three-input NOR gate, with the input waveforms as shown below, which output waveform is correct?

Q7:
The symbol shown below is an AND gate.

Q10:
The given figure shows the correct logic implementation of the distributive law.