Register

GATE CSE 1994 | Question: 3.11

• recategorized by
7,756 views
26 votes
26 votes
State True or False with reason

Logical data independence is easier to achieve than physical data independence.
• recategorized by
User Avatar

5 Answers

–4 votes
–4 votes
True. It is easier to achieve logical data independence because application programs are dependent on logical structures.
User Avatar
Page:
Voting & Accepting an answer helps improve the community
Answer:
← PreviousNext →
← Previous in categoryNext in category →

Related questions

29 votes
29 votes
4 answers
5
Kathleen asked Oct 5, 2014
6,591 views
GATE CSE 1994 | Question: 3.6
State True or False with reason There is always a decomposition into Boyce-Codd normal form (BCNF) that is lossless and dependency preserving.
State True or False with reasonThere is always a decomposition into Boyce-Codd normal form (BCNF) that is lossless and dependency preserving.
User Avatar
22 votes
22 votes
3 answers
6
Kathleen asked Oct 5, 2014
7,347 views
GATE CSE 1994 | Question: 3.13
Let $p$ and $q$ be propositions. Using only the Truth Table, decide whether $p \Longleftrightarrow q$ does not imply $p \to \lnot q$ is True or False.
Let $p$ and $q$ be propositions. Using only the Truth Table, decide whether $p \Longleftrightarrow q$ does not imply $p \to \lnot q$is True or False.
User Avatar
21 votes
21 votes
5 answers
7
Kathleen asked Oct 5, 2014
3,105 views
GATE CSE 1994 | Question: 3.9
Every subset of a countable set is countable. State whether the above statement is true or false with reason.
Every subset of a countable set is countable.State whether the above statement is true or false with reason.
User Avatar
70 votes
70 votes
3 answers
8
Kathleen asked Oct 4, 2014
15,001 views
GATE CSE 1994 | Question: 3.3
State True or False with one line explanation A FSM (Finite State Machine) can be designed to add two integers of any arbitrary length (arbitrary number of digits).
State True or False with one line explanationA FSM (Finite State Machine) can be designed to add two integers of any arbitrary length (arbitrary number of digits).
User Avatar
Link Copied!