# Digital Electronics - Ex-OR and Ex-NOR Gates

## Why Digital Electronics Ex-OR and Ex-NOR Gates?

In this section you can learn and practice Digital Electronics Questions based on "Ex-OR and Ex-NOR Gates" and improve your skills in order to face the interview, competitive examination and various entrance test (CAT, GATE, GRE, MAT, Bank Exam, Railway Exam etc.) with full confidence.

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## Where can I get Digital Electronics Ex-OR and Ex-NOR Gates Interview Questions and Answers (objective type, multiple choice)?

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## How to solve Digital Electronics Ex-OR and Ex-NOR Gates problems?

You can easily solve all kind of Digital Electronics questions based on Ex-OR and Ex-NOR Gates by practicing the objective type exercises given below, also get shortcut methods to solve Digital Electronics Ex-OR and Ex-NOR Gates problems.

### Exercise :: Ex-OR and Ex-NOR Gates - General Questions

1.

Select the statement that best describes the parity method of error detection:

 A. Parity checking is best suited for detecting double-bit errors that occur during the transmission of codes from one location to another. B. Parity checking is not suitable for detecting single-bit errors in transmitted codes. C. Parity checking is best suited for detecting single-bit errors in transmitted codes. D. Parity checking is capable of detecting and correcting errors in transmitted codes.

Explanation:

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2.

A logic circuit that provides a HIGH output for both inputs HIGH or both inputs LOW is a(n):

 A. Ex-NOR gate B. OR gate C. Ex-OR gate D. NAND gate

Explanation:

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3.

A logic circuit that provides a HIGH output if one input or the other input, but not both, is HIGH, is a(n):

 A. Ex-NOR gate B. OR gate C. Ex-OR gate D. NAND gate

Explanation:

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4.

Identify the type of gate below from the equation

 A. Ex-NOR gate B. OR gate C. Ex-OR gate D. NAND gate

Explanation:

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5.

How is odd parity generated differently from even parity?

 A. The first output is inverted. B. The last output is inverted.