Question 2: Given two arrays a and b, where both arrays consisting of n positive integers. It is allowed to swap any element from array a with any element from b. Your task is to find the maximum possible sum you can obtain in the array a if you can do no more than (i.e. at most) k moves (swaps). Input • The first line of the test case contains two integers n and k (1sns30;0sksn) – where n is the number of elements in a and b, while k is the maximum number of moves you can do. • The second line of the test case contains n integers a1,a2,.. an • The third line of the test case contains n integers bı,b2,.,bn Output Print the answer – the maximum possible sum you can obtain in the array a if you can do no more than (i.e. at most) k swaps. Examples: Ex 1: | 55 55665 12543 Input Ex 2: 53 Ex 3: 40 12345 10 9 10 10 9 39 2243 Output: 2423 11 27 • In the first test case of the example, you don't need to swap anything. • In the second test case of the example, you can swap a1=1 with bi=10, as=3 with b3=10 and a2=2 with b4=10, so a=[10,10,10,4,5] and b=[1,9,3,2,9]. • In the third test case of the example, you cannot swap anything. a) Design a brute-force algorithm to solve this problem using a (Pseudocode) and find its complexity. ( b) Can you design a more efficient solution? If yes, demonstrate it using Pseudocode and analyze its complexity. c) Implement your efficient solution using Python demonstrate your solution d) Provide a brief report (250 words) that explain the difference between the two solution create a use case to
Question 2: Given two arrays a and b, where both arrays consisting of n positive integers. It is allowed to swap any element from array a with any element from b. Your task is to find the maximum possible sum you can obtain in the array a if you can do no more than (i.e. at most) k moves (swaps). Input • The first line of the test case contains two integers n and k (1sns30;0sksn) – where n is the number of elements in a and b, while k is the maximum number of moves you can do. • The second line of the test case contains n integers a1,a2,.. an • The third line of the test case contains n integers bı,b2,.,bn Output Print the answer – the maximum possible sum you can obtain in the array a if you can do no more than (i.e. at most) k swaps. Examples: Ex 1: | 55 55665 12543 Input Ex 2: 53 Ex 3: 40 12345 10 9 10 10 9 39 2243 Output: 2423 11 27 • In the first test case of the example, you don't need to swap anything. • In the second test case of the example, you can swap a1=1 with bi=10, as=3 with b3=10 and a2=2 with b4=10, so a=[10,10,10,4,5] and b=[1,9,3,2,9]. • In the third test case of the example, you cannot swap anything. a) Design a brute-force algorithm to solve this problem using a (Pseudocode) and find its complexity. ( b) Can you design a more efficient solution? If yes, demonstrate it using Pseudocode and analyze its complexity. c) Implement your efficient solution using Python demonstrate your solution d) Provide a brief report (250 words) that explain the difference between the two solution create a use case to
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Question 2:
Given two arrays a and b, where both arrays consisting of n positive integers. It is allowed
to swap any element from array a with any element from b. Your task is to find
the maximum possible sum you can obtain in the array a if you can do no more than (i.e.
at most) k moves (swaps).
Input
The first line of the test case contains two integers n and k (1sns30;0<ksn) –
where n is the number of elements in a and b, while k is the maximum number of
moves you can do.
The second line of the test case contains n integers a1,a2,… an
• The third line of the test case contains n integers b1,b2,...,bn
Output
Print the answer – the maximum possible sum you can obtain in the array a if you can
do no more than (i.e. at most) k swaps.
Examples:
Ex 1:
Ex 2:
Ex 3:
Input
55
53
40
55665
1234 5
2243
12543
10 9 10 10 9
2423
Output:
27
39
11
In the first test case of the example, you don't need to swap anything.
In the second test case of the example, you can swap a1=1 with
b1=10, a3=3 with b3=10 and a2=2 with b4=10,
so a=[10,10,10,4,5] and b=[1,9,3,2,9].
In the third test case of the example, you cannot swap anything.
a) Design a brute-force algorithm to solve this problem using a (Pseudocode) and find its
complexity.
b) Can you design a more efficient solution? If yes, demonstrate it using Pseudocode
and analyze its complexity.
c) Implement your efficient solution using Python ) create a use case to
demonstrate your solution
d) Provide a brief report (250 words) that explain the difference between the two solution
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(D Page view A Read aloud
T Add text V Draw
9 Highlight
O Erase
3
of 5
Question 2:
Given two arrays a and b, where both arrays consisting of n positive integers. It is allowed
to swap any element from array a with any element from b. Your task is to find
the maximum possible sum you can obtain in the array a if you can do no more than (i.e.
at most) k moves (swaps).
Input
The first line of the test case contains two integers n and k (1sns30;0<ksn) –
where n is the number of elements in a and b, while k is the maximum number of
moves you can do.
The second line of the test case contains n integers a1,a2,… an
• The third line of the test case contains n integers b1,b2,...,bn
Output
Print the answer – the maximum possible sum you can obtain in the array a if you can
do no more than (i.e. at most) k swaps.
Examples:
Ex 1:
Ex 2:
Ex 3:
Input
55
53
40
55665
1234 5
2243
12543
10 9 10 10 9
2423
Output:
27
39
11
In the first test case of the example, you don't need to swap anything.
In the second test case of the example, you can swap a1=1 with
b1=10, a3=3 with b3=10 and a2=2 with b4=10,
so a=[10,10,10,4,5] and b=[1,9,3,2,9].
In the third test case of the example, you cannot swap anything.
a) Design a brute-force algorithm to solve this problem using a (Pseudocode) and find its
complexity.
b) Can you design a more efficient solution? If yes, demonstrate it using Pseudocode
and analyze its complexity.
c) Implement your efficient solution using Python ) create a use case to
demonstrate your solution
d) Provide a brief report (250 words) that explain the difference between the two solution
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