A certain university is considering the purchase of N95 masks to distribute to their students for protection against the next variant of the covid virus. They found a reliable distributor who offers N95 masks with a quantity discount. The pricing is shown below. Number of N95 masks Price per mask From To 500 $1.23 501 2000 $0.98 2001 5000 $0.62 5001 or more $0.53 For example, if the university purchases 700 masks the price is 500 x $1.23 = $615.00 for the first 500 masks plus (700 – 500) x $0.98 = $196.00 for the next 200 masks for a total of $615.00 + $196.00 = $811.00. Write a MATLAB program that first prompts the user to input the number of masks. Use the following prompt: Please enter the number of N95 masks: Then, based on the number entered and the above table, calculate the purchase price. Output to the command window the number of masks and the purchase price as follows: Your price for XXxx N95 masks is $xxx. XX where xxxx is the number of masks and $xx.xx is the price. If the number of masks entered by the user is negative, your program should terminate with the following message sent to the command window: invalid input

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A certain university is considering the purchase of N95 masks to distribute to their students
for protection against the next variant of the covid virus. They found a reliable distributor who offers
N95 masks with a quantity discount. The pricing is shown below.
Number of N95 masks
Price per mask
From
To
500
$1.23
501
2000
$0.98
2001
5000
$0.62
5001
or more
$0.53
For example, if the university purchases 700 masks the price is 500 × $1.23 = $615.00 for the first
500 masks plus (700 – 500) × $0.98 = $196.00 for the next 200 masks for a total of $615.00 +
$196.00 = $811.00.
Write a MATLAB program that first prompts the user to input the number of masks. Use the
following prompt:
Please enter the number of N95 masks:
Then, based on the number entered and the above table, calculate the purchase price. Output to the
command window the number of masks and the purchase price as follows:
Your price for xXXx N95 masks is $xxx.xx
where xxxx is the number of masks and $xxx.xx is the price.
If the number of masks entered by the user is negative, your program should terminate with the
following message sent to the command window:
invalid input
O Write a MATLAB function (testLucky.m) that takes a number as an input argument and
checks to see if the number is lucky. In the function, begin by defining a vector named secretLucky
with the values 19, 22, 5, 9, 11, 15, 21. These are secret lucky numbers.
Use a for-loop in the function to check, element-by-element, if the number passed in to the function is
in the secretLucky vector. If the number is found in secretLucky, return true (1). If the number is
not found in secretLucky, return false (0). Include help comments in the function.
Your testLucky function must behave as shown below: (user input is underlined)
>> help testLucky
testLucky(x) - determine whether x is a lucky number
return true (1) if x is a lucky number
return false (0) if x is not a lucky number
Author: your_name, student number, York email
>> testLucky(5)
ans =
logical
1.
>> testLucky (6)
ans =
logical
Hint: To get a logical 1 and logical 0 as output of your function, see "help true" and "help false".
M Write a MATLAB program (
to 25. If the number entered is less than 0 or greater than 25, output an out-of-range message and
terminate. If the number entered is in the required range, proceed to test the number using the
testLucky function written in the last question. Inform the user if the number entered is lucky or not
lucky.
that prompts the user to enter a number in the range 0
Three example runs of the program are shown below, with user input underlined. Your program
should create output exactly as shown below for the three values entered. Of course, your program
should accept any number as input.
Enter an number in the range e to 25: 22
You win! 22 is a lucky number
>>
Enter an number in the range e to 25: 10
Sorry! 10 is not a lucky number
>>
Enter an number in the range e to 25: 33
Number out of range!
>>
Transcribed Image Text:A certain university is considering the purchase of N95 masks to distribute to their students for protection against the next variant of the covid virus. They found a reliable distributor who offers N95 masks with a quantity discount. The pricing is shown below. Number of N95 masks Price per mask From To 500 $1.23 501 2000 $0.98 2001 5000 $0.62 5001 or more $0.53 For example, if the university purchases 700 masks the price is 500 × $1.23 = $615.00 for the first 500 masks plus (700 – 500) × $0.98 = $196.00 for the next 200 masks for a total of $615.00 + $196.00 = $811.00. Write a MATLAB program that first prompts the user to input the number of masks. Use the following prompt: Please enter the number of N95 masks: Then, based on the number entered and the above table, calculate the purchase price. Output to the command window the number of masks and the purchase price as follows: Your price for xXXx N95 masks is $xxx.xx where xxxx is the number of masks and $xxx.xx is the price. If the number of masks entered by the user is negative, your program should terminate with the following message sent to the command window: invalid input O Write a MATLAB function (testLucky.m) that takes a number as an input argument and checks to see if the number is lucky. In the function, begin by defining a vector named secretLucky with the values 19, 22, 5, 9, 11, 15, 21. These are secret lucky numbers. Use a for-loop in the function to check, element-by-element, if the number passed in to the function is in the secretLucky vector. If the number is found in secretLucky, return true (1). If the number is not found in secretLucky, return false (0). Include help comments in the function. Your testLucky function must behave as shown below: (user input is underlined) >> help testLucky testLucky(x) - determine whether x is a lucky number return true (1) if x is a lucky number return false (0) if x is not a lucky number Author: your_name, student number, York email >> testLucky(5) ans = logical 1. >> testLucky (6) ans = logical Hint: To get a logical 1 and logical 0 as output of your function, see "help true" and "help false". M Write a MATLAB program ( to 25. If the number entered is less than 0 or greater than 25, output an out-of-range message and terminate. If the number entered is in the required range, proceed to test the number using the testLucky function written in the last question. Inform the user if the number entered is lucky or not lucky. that prompts the user to enter a number in the range 0 Three example runs of the program are shown below, with user input underlined. Your program should create output exactly as shown below for the three values entered. Of course, your program should accept any number as input. Enter an number in the range e to 25: 22 You win! 22 is a lucky number >> Enter an number in the range e to 25: 10 Sorry! 10 is not a lucky number >> Enter an number in the range e to 25: 33 Number out of range! >>
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