» Neural Network solved MCQs

Which search is equal to minimax search but eliminates the branchesthat can’t influence the final decision?

Byadmin March 20, 2021

Question:

Which search is equal to minimax search but eliminates the branchesthat can’t influence the final decision?

depth-first search

breadth-first search

alpha-beta pruning

none of the mentioned

Answer» c. alpha-beta pruning

Note:

The above multiple-choice question is for all general and Competitive Exams in India.

» Neural Network solved MCQs

At which state does the propositional literals are complementary.

Question:

At which state does the propositional literals are complementary.

A.
if one variable is less
B.
if one is the negation of the other
C.
both a & b
D.
none of the mentioned
Answer» b. if one is the negation of the other

Note: The above multiple-choice question is for all general and Competitive Exams in India.

Read More At which state does the propositional literals are complementary.
» Parallel Computing solved MCQs

Processors of all computers, whether micro, mini or mainframe must have

Question:

Processors of all computers, whether micro, mini or mainframe must have

A.
alu
B.
primary storage
C.
control unit
D.
all of above
Answer» d. all of above

Note: The above multiple-choice question is for all general and Competitive Exams in India.

Read More Processors of all computers, whether micro, mini or mainframe must have
» Neural Network solved MCQs

How many issues are available in describing degree of belief?

Question:

How many issues are available in describing degree of belief?

A.
1
B.
2
C.
3
D.
4
Answer» b. 2

Note: The above multiple-choice question is for all general and Competitive Exams in India.

Read More How many issues are available in describing degree of belief?
» Neural Network solved MCQs

High-resolution, bit-mapped displays are useful for displaying:

Question:

High-resolution, bit-mapped displays are useful for displaying:

A.
clearer characters
B.
graphics
C.
more characters
D.
all of the mentioned
Answer» d. all of the mentioned

Note: The above multiple-choice question is for all general and Competitive Exams in India.

Read More High-resolution, bit-mapped displays are useful for displaying:
» Neural Network solved MCQs

Which of the following have people traditionally done better than computers?

Question:

Which of the following have people traditionally done better than computers?

A.
recognizing relative importance
B.
finding similarities
C.
resolving ambiguity
D.
all of the above
Answer» c. resolving ambiguity

Note: The above multiple-choice question is for all general and Competitive Exams in India.

Read More Which of the following have people traditionally done better than computers?
» Neural Network solved MCQs

Computers normally solve problem by breaking them down into a series of yes-or-no decisions represented by 1s and 0s. What is the name of the logic that allows computers to assign numerical values that fail somewhere between 0 and 1?

Question:

Computers normally solve problem by breaking them down into a series of yes-or-no decisions represented by 1s and 0s. What is the name of the logic that allows computers to assign numerical values that fail somewhere between 0 and 1?

A.
human logic
B.
fuzzy logic
C.
boolean logic
D.
operational logic
Answer» b. fuzzy logic

Note: The above multiple-choice question is for all general and Competitive Exams in India.

Read More Computers normally solve problem by breaking them down into a series of yes-or-no decisions represented by 1s and 0s. What is the name of the logic that allows computers to assign numerical values that fail somewhere between 0 and 1?

Which search is equal to minimax search but eliminates the branchesthat can’t influence the final decision?

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At which state does the propositional literals are complementary.

Processors of all computers, whether micro, mini or mainframe must have

How many issues are available in describing degree of belief?

High-resolution, bit-mapped displays are useful for displaying:

Which of the following have people traditionally done better than computers?

Computers normally solve problem by breaking them down into a series of yes-or-no decisions represented by 1s and 0s. What is the name of the logic that allows computers to assign numerical values that fail somewhere between 0 and 1?