If f:N→W is defined as f(n)+ n/2, if n is even and 0 if n is odd then f is #relationandfunction

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Let f:N to N be defined by f(n) = {n+1/2 if n is odd; n/2 if n is even for all n.Is f bijective?CBSE Let f:N to N be defined by f(n) = {n+1/2 if n is odd; n/2 if n is even for all n.Is f bijective?CBSE
9.Let f: N  N be defined by f(n) = {█((n+1)/n,if n is odd @n/2,if n is even)┤ for all n ∈N. 9.Let f: N  N be defined by f(n) = {█((n+1)/n,if n is odd @n/2,if n is even)┤ for all n ∈N.
#53. Show that the function f:N→N defined by f(n)=(n+1)/2, if n is odd , f(n)= n/2, if n is even•••• #53. Show that the function f:N→N defined by f(n)=(n+1)/2, if n is odd , f(n)= n/2, if n is even••••
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Let f : N → N be defined by f (n) = n 1 / 2, if n is odd n/2, if n is even for all n ∈ N State Let f : N → N be defined by f (n) = n 1 / 2, if n is odd n/2, if n is even for all n ∈ N State
The function f:N→N is defined by f(n)=(n+1)/2 if n is odd, n/2 if n is even , the function is #cbse The function f:N→N is defined by f(n)=(n+1)/2 if n is odd, n/2 if n is even , the function is #cbse
Show that f n to n given by f(x)=x+1 if x is odd | Example 12 Class 12 Relation and Function Show that f n to n given by f(x)=x+1 if x is odd | Example 12 Class 12 Relation and Function
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