A. ~p → q
B. ~p v q
C. ~p v~ q
D. p →q

A. P ^ ˥Q
B. P ^ Q
C. ˥P v Q
D. None of these

A. Speed and reliability
B. Low power consumption
C. Durability and compactness
D. All of these

A. Instruction cache
B. Instruction register
C. Instruction opcode
D. Both (a) and (b)

A. 1020
B. 1920
C. 1000
D. 1500

A. To read successive characters from an open file . getchar and scan f can be used interchangeably
B. To read successive characters from an open file. getchar and read can be used interchangeably
C. The read system call reads from the buffer
D. None of the above

A. Signals
B. Pipes
C. Semaphore
D. All of these

A. The large set of candidate solutions possible for a problem
B. The information stored in a database that can be retrieved with a single query
C. Worth of the output of a machine learning program that makes it understandable for humans
D. None of these

A. A reference to the speed of an algorithm, which is quadratically dependent on the size of the data
B. Attributes of a database table that can take only numerical values
C. Tools designed to query a database
D. None of these

A. Self Organization
B. Adaptive Learning
C. Fault tolerance
D. Robustness

A. Pattern Recognition
B. Classification
C. Clustering
D. All of these

A. A class of learning algorithms that try to derive a Prolog program from examples
B. A table with n independent attributes can be seen as an n- dimensional space.
C. A prediction made using an extremely simple method, such as always predicting the same output.
D. None of these

A. Additional acquaintance used by a learning algorithm to facilitate the learning process
B. A neural network that makes use of a hidden layer
C. It is a form of automatic learning.
D. None of these

A. back face removal
B. depth buffer method
C. scan line method
D. depth sort method

A. fluorescence
B. persistence
C. phosphorescence
D. incandescence