Given the code below: type point real a, b end type type (point) v read*, v z=v%a/v%b print*, z end What is the equivalent code for the above statements? Question 6 options: none of the given code choices type point real a, b end type type (point), dimension(2):: v read*, v do i=1, 2 z=v(i)%a/v(i)%b end do print*, z end all the given code choices type point real a, b end type type (point), dimension(2):: v read*, v where (i>0) z=v(i)%a/v(i)%b end where print*, z end real va, vb read*, va, vb z=va/vb print*, z end
OOPs
In today's technology-driven world, computer programming skills are in high demand. The object-oriented programming (OOP) approach is very much useful while designing and maintaining software programs. Object-oriented programming (OOP) is a basic programming paradigm that almost every developer has used at some stage in their career.
Constructor
The easiest way to think of a constructor in object-oriented programming (OOP) languages is:
Given the code below:
type point
real a, b
end type
type (point) v
read*, v
z=v%a/v%b
print*, z
end
What is the equivalent code for the above statements?
Question 6 options:
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none of the given code choices |
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type point real a, b end type type (point), dimension(2):: v read*, v do i=1, 2 z=v(i)%a/v(i)%b end do print*, z end |
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all the given code choices |
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type point real a, b end type type (point), dimension(2):: v read*, v where (i>0) z=v(i)%a/v(i)%b end where print*, z end |
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real va, vb read*, va, vb z=va/vb print*, z end |
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