computer science

market demand for titanium. Use the orange points $($square symbol$)$ to plot the short $-$ run industry supply curve when there are $20$ firms in the market. $($Hint: You can disregard the portion of the supply curve that corresponds to prices where there is no output since this is the industry supply curve.$)$ Next, use the purple points $($diamond symbol$)$ to plot the shortrun industry supply curve when there are $40$ firms. Finally, use the green points $($triangle symbol$)$ to plot the short $-$ run industry supply curve when there are $60$ firms. If there were $40$ firms in this market, the short $-$ run equilibrium price of titanium would be $[$ woulc. Therefore, in the long run, firms would $q,$ per pound. At that price, firms in this industry woulc the titanium market. Because you know that perfectly competitive firms earn be q$.$ per pound. From the graph, you can see that this means there will be equilibrium. True or False: Each of the firms operating in this industry in the long run earns positive accounting profit. True False

$32707ff-777b-4847-b087-359fcd613a\frac{28}{p}$hpGsII$8v$

Homework $17$ Instructions

DEFINE:

This assignment will make use of the built$-$in speaker and the gyro sensor$.$ We are treating the assignment as an "electronic compass" that should do the following:

When the program begins, you'should have to press a button to start the program $($so for example, you can have an infinite loop that checks if a certain button is pressed, and your code will not break out of that loop until it is pressed$).$ Note that you may also need to use a pause$()$ command for this to work correctly.

After the button is pressed, you should start reading the rotation angle. $-$ Note: this should be when you establish position $"0$ degrees" which will represent our theoretical "north" direction.

When your compass reads "north" $($which may be $0$ degrees, $360$ degrees, $720$ degrees, etc.$),$ the status light should show solid green and play a high frequency tone $(1500+Hz).$

When your compass reads "south" $($which may be $180$ degrees, $540$ degrees, $900$ degrees, etc.$),$ the status light should show solid red and play a low frequency tone $)$

When your compass reads "east" or "west" $($which may be $90$ degrees, $270$ degrees, $450$ degrees, etc.$),$ the status light should show solid orange and play a $1000Hz$ tone.

You may need to consider the cardinal directions $($north$,$ south, east, and west$)$ as a range of values because it may be difficult to show exactly the value you want. Using north as an example, rather than just $360$ degrees, you could use a range between $35o+$ degrees and $365$ degrees.

For all directions outside of the four cardinal directions, you should NOT play a tone, and the status light should be pulsing orange.

MEASURE:

The gyro sensor measures two primary values: rotation angle and rotation rate. We are primarily focusing on rotation angle in this homework assignment.

We also have to measure tones of different frequencies based on which direction our gyro sensor reads.

Based on position, we must also control the status light in terms of both pattern and color.

ANALYZE:

Which button will control the start of the program, and how will we prevent the program from running until the button is pressed?

How can we control where our gyro sensor starts measuring?

How can we divide angle measurements to allow these readings to control both tones and status light colors?

IMPROVE:

Code your solution in MATLAB, making sure that your solution both runs and produces the desired results. Then, turn in PDF$\text{'}$s of your files to the D$2$L$.$ Dropbox following the naming format. Remember that only one team member needs to submit multiple files, while all other members only submit a team effectivenesss assessment:

lastNames$\_$LEGO$\_$GyroSensor$\_$Code.pdf

lastNames$\_$LEGO$\_$GyroSensor$\_$LabReport.pdf

lastNames$\_$LEGO$\_$GyroSensor$\_$TeamEffectivenessAssessment.pdf

Remember that you must also have your code checked by me in class and obtain my signature!

Note that you can simply copy and paste your code into a program like Microsoft Word and save the file as a PDF or use the publish command to easily generate a PDF of your code. Remember that there is a special folder named "Late Labs" for anyone who misses the deadline but still wishes to submit their lab. Note that this DropBox also has a date where it will anyone who misses the deadline but still wishes to submit their lab. Note that lock, and any assignments submitted here will be subject to a $30-$point penalty.