We need to calculate how far a robot moved. From the first measurement, we know that...

 

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We need to calculate how far a robot moved. From the first measurement, we know that it moved in the y direction a total of 67.2 cm. We are waiting for the user (an undergraduate research assistant) to tell us how far it moved in the x-direction. Our program should determine the angle that it moved relative to the x-axis and the total distance it moved. Write an error-free Java program to do the following things. 1. Prompt the user to input an integer. The integer corresponds to the distance that the robot moved along the x-axis. 2. There is an error with small distance measurements. Thus, if the y-distance is less than 6 cm, use the unary increment operator (++) to add 1 to the x-distance. (Note: only increment the distance 1 cm no matter how small the distance.) 3. Display the x-distance. If applicable, you should display the value of the distance after it has been incremented. 4. Calculate and display the angle in degrees that the robot moved relative to the x-axis. 5. Calculate and display how far the robot moved in total along the hypotenuse (use x + y). You should display the value and save it in a variable. The output should look like the following: We need to calculate how far a robot moved. From the first measurement, we know that it moved in the y direction a total of 67.2 cm. We are waiting for the user (an undergraduate research assistant) to tell us how far it moved in the x-direction. Our program should determine the angle that it moved relative to the x-axis and the total distance it moved. Write an error-free Java program to do the following things. 1. Prompt the user to input an integer. The integer corresponds to the distance that the robot moved along the x-axis. 2. There is an error with small distance measurements. Thus, if the y-distance is less than 6 cm, use the unary increment operator (++) to add 1 to the x-distance. (Note: only increment the distance 1 cm no matter how small the distance.) 3. Display the x-distance. If applicable, you should display the value of the distance after it has been incremented. 4. Calculate and display the angle in degrees that the robot moved relative to the x-axis. 5. Calculate and display how far the robot moved in total along the hypotenuse (use x + y). You should display the value and save it in a variable. The output should look like the following: