a) Logic 1 given by probability P and logic 0 by (1-P)

b) Logic 1 given by probability 1-P and logic 0 by P

c) Logic 1 given by probability P

d) Logic 1 given by probability P and logic 0 by (1-P)

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**ANSWER: a) Logic 1 given by probability P and logic 0 by (1-P) **

a) Maximum error free communication

b) Defined for optimum system

c) Information transmitted

d) All of the above

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**ANSWER: d) All of the above **

a) Arbitrarily small

b) Close to unity

c) Not predictable

d) Unknown

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**ANSWER: b) Close to unity **

a) Arbitrarily small

b) Close to unity

c) Not predictable

d) Unknown

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**ANSWER: a) Arbitrarily small**

a) If R > C, the error probability increases towards Unity

b) If R < C, the error probability is very small

c) None of the above

d) Not applicable

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**ANSWER: a) If R>C, the error probability increases towards Unity **

a) the channel capacity becomes infinite with infinite bandwidth

b) the channel capacity does not become infinite with infinite bandwidth

c) Has a tradeoff between bandwidth and Signal to noise ratio

d) Both b) and c) are correct

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**ANSWER: d) Both b) and c) are correct **

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