Click and drag the given functions, allegedly from N to N, on the right, to their descriptions, on the left. Here, N represents the naturalnumbers that are the setof nonnegative integers.a function from N to N that is one-to-one but not ontoa function from N to N that is not one-to-one but that isontoa function from N to N that is one-to-one and ontoa function from N to N that is neither one-to-one norontonot a function from N to Nf(n)={f(n)=f(n)=n-17f(n) = 17[n+1 ifn is even and n = Nn-1 ifn is odd and ne Nf(n) = [n/21f(n) = n + 17(n-1 ifn is even and ne Nn+1 ifn is odd and ne N Click and drag the domain and range on the left to their corresponding functions defined on the right, provided lambda (A) is the emptystring.The function that assigns to each pair of positiveintegers the first integer of the pairThe function that assigns to each positive integer itslargest decimal digitThe function that assigns to a bit string the number of onesminus the number of zeros in the stringThe function that assigns to each positive integer the largestinteger not exceeding the square root of the integerThe function that assigns to a bit string the longeststring of ones in the stringDomain: Z* and range: {0, 1}Domain: Z* and range: Z+Domain: set of all bit strings, and range: ZDomain: set of bit strings, and range: (1, 11, 111, ...)Domain: ZxZ+ and range: Z+Domain: Z* and range: (1, 2, 3, 4, 5, 6, 7, 8, 9)Domain: set of bit strings, and range: {h, 1, 11, 111, ...)Reset

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Click and drag the given functions, allegedly from N to N, on the right, to their descriptions, on the left. Here, N represents the natural numbers that are the set of nonnegative integers. a function from N to N that is one-to-one but not onto a function from N to N that is not one-to-one but that is onto a function from N to N that is one-to-one and onto a function from N to N that is neither one-to-one nor onto not a function from N to N f(n)= f(n)=n-17 f(n) = 17 [n+1 ifn is even and ne N n-1 ifn is odd and ne N f(n) = [n/2] f(n) = n + 17 [n-1 ifn is even and ne N n+1 ifn is odd and ne N