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Problem: Qty: X Machine A Total? Current Sol A Sol B Machine B Qty: 1 Machine A takes in X units of solution A and generates solution B and machine B takes in one unit of solution B and generates solution A. At the moment there is a current stock of solution A and no amount of solution B. How much solution B was fed co machine B in total? The program will ask the current stock of solution A. The next thing asked is how much the cost X of solution A is needed for the solution B to be made. It chen displays the total amount of solution B that was generated in total. Assume that cost X will always be 2or aroator a nd that the c urrent and bOught amount

Problem: Qty: X Machine A Total? Current Sol A Sol B Machine B Qty: 1 Machine A takes in X units of solution A and generates solution B and machine B takes in one unit of solution B and generates solution A. At the moment there is a current stock of solution A and no amount of solution B. How much solution B was fed co machine B in total? The program will ask the current stock of solution A. The next thing asked is how much the cost X of solution A is needed for the solution B to be made. It chen displays the total amount of solution B that was generated in total. Assume that cost X will always be 2or aroator a nd that the c urrent and bOught amount

Computer Networking: A Top-Down Approach (7th Edition)
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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Using C programming language, write one C file only for this problem. Only use variable declarations, assignments operations, conditional constructs, and iterative constructs.
Input should be taken in a value from the use (use scanf).
Be sure to use loops to complete the solution.
The use of functions is optional.
Be sure to follow the naming convention of the variables.

Please follow the instructions accordingly. 

Problem: Qty: X Machine A Total? Current Sol A Sol B Machine B Qty: 1 Machine A takes in X units of solution A and generates solution B and machine B takes in one unit of solution B and generates solution A. At the moment there is a current stock of solution A and no amount of solution B. How much solution B was fed to machine B in total? The program will ask the current stock of solution A. The next thing asked is how much the cost X of solution A is needed for the solution B to be made. It then displays the total amount of solution B that was generated in total. Assume that cost X will always be 2 or greater and that the current and bought amount are non-negative. Sample Input and Output: Current: 9 Current: 10 Current: 16 Cost X : 3 Cost X: 2 Cost X : 2 Total : 4 Total :9 Total : 15
Transcribed Image Text:Problem: Qty: X Machine A Total? Current Sol A Sol B Machine B Qty: 1 Machine A takes in X units of solution A and generates solution B and machine B takes in one unit of solution B and generates solution A. At the moment there is a current stock of solution A and no amount of solution B. How much solution B was fed to machine B in total? The program will ask the current stock of solution A. The next thing asked is how much the cost X of solution A is needed for the solution B to be made. It then displays the total amount of solution B that was generated in total. Assume that cost X will always be 2 or greater and that the current and bought amount are non-negative. Sample Input and Output: Current: 9 Current: 10 Current: 16 Cost X : 3 Cost X: 2 Cost X : 2 Total : 4 Total :9 Total : 15
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