Useful for expressing problems where it is not obvious what the functions should

Question

Useful for expressing problems where it is not obvious what the functions should be

a. Imperative

b. Functional

c. Object-Oriented

d. Logic

The absence of side effects makes programs much more amenable to mathematical proof and analysis

a. Imperative

b. Functional

c. Object-Oriented

d. Logic

Programs can be translated into efficient machine-code relatively easily

a. Imperative

b. Functional

c. Object-Oriented

d. Logic

Inheritance allows relatively easy code reuse and extension without the need to change existing source code.

a. Imperative

b. Functional

c. Object-Oriented

d. Logic

Explanation / Answer

1)Useful for expressing problems where it is not obvious what the functions should be
d.logic
explanation:Logic languages are useful for expressing problems where it is not obvious what the functions should be. so that it is natural to use relations.

2)The absence of side effects makes programs much more amenable to mathematical proof and analysis

b. Functional

explanation:The function-oriented programs much more amenable to mathematical proof and analysis than are imperative programs, because functional programs contains referential transparency and due to absence of assignment operations .

3)Programs can be translated into efficient machine-code relatively easily

a. Imperative

explanation:imperative languages can relatively easily be translated into efficient machine-code, so that they usually considered to be high efficient. Many people also find the imperative paradigm to be a more natural way of expressing themselves.

4)Inheritance allows relatively easy code reuse and extension without the need to change existing zcode.

c. Object-Oriented

explanation:oop is popular inheritance by using thiswecan reuse the code again and again with ease example for oop is JAVA

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