Use C Language to solve the following question:
A farmer grows 4 types of crops that sell for the following prices:
Sale price:
C[arrot] - $0.50
T[urnip] - $1.25
P[umpkin] - $3.00
L[ettuce] - $1.00
Each crop's seeds cost a fixed amount to purchase:
Purchase price:
C[arrot] - $0.05
T[urnip] - $0.25
P[umpkin] - $0.70
L[ettuce] - $0.30
Shortly before the harvest, a hail storm has devastated the farmer's crops. A # indicates the crop
was damaged by hail and cannot be sold anymore, while a / indicates the crop survived the hail
storm and can be sold. Calculate the net profit the farmer will receive this year.
Example 1 input file:
/C/C/C/T#P#L/P#T/C
Example 1 output:
Net profit: $3.85
Example 2 input file:
#P#P#P#P#P#P#P#P#P#P#P#P#P#P#P#P#P/C/C/C/C/C/C/C/C/C/T/T/T/T/T/T#P#P#P#P#P#P#
P#P#P#P#P#P#P#P#P#P#P/C/C/C/C/C/C/C/C/C/T/T/T/T/T/T#P#P#P#P#P#P#P#P#P#P#P#P#P
#P#P#P#P/C/C/C/C/C/C/C/C/C/T/T/T/T/T/T#P#P#P#P#P#P#P#P#P#P#P#P#P#P#P#P#P/C/C/C
/C/C/C/C/C/C/T/T/T/T/T/T#P#P#P#P#P#P#P#P#P#P#P#P#P#P#P#P#P/C/C/C/C/C/C/C/C/C/T/
T/T/T/T/T#P#P#P#P#P#P#P#P#P#P#P#P#P#P#P#P#P
Example 2 output:
Net profit: -$21.15
The input file will always have valid syntax and will be terminated with one of an EOF or \n
your program must handle either. Your program should never need to exit on a non-zero exit
code..
Beginners Guide to TikTok for Search - Rachel Pearson - We are Tilt __ Bright...
Use the ER Diagram that you created in your Homework Assignment ER .pdf
1. Use the ER Diagram that you created in your Homework Assignment: ER Diagram for the
Animal Pet Rescue Database to Create the Relational Schema and Metadata from the ER
diagram.
The ER diagram is as follows:
Entities:
Donator
DonatorID (Primary Key)
Name
Address
Phone Number
Email
2. Pet
PetID (Primary Key)
Name
Type
Age
DonatorID (Foreign Key)
3. Staff
StaffID (Primary Key)
Name
Email
Phone Number
Employee Number
CenterID (Foreign Key)
4. Center
CenterID (Primary Key)
Name
Location
Phone
Contact Person
Email
5. Rescuer
2. RescuerID Primary Key)
Name
Email
Phone Number
Home Address
Internal ID
6. Transportation
TransportationID (Primary Key)
Vehicle Type
Pickup Point
Delivery Point
7. Pickup Schedule
PickupID (Primary Key)
DonatorID (Foreign Key)
StaffID (Foreign Key)
TransportationId (Foreign Key)
Pickup Date Time
8. Delivery Schedule
DeliveryID (Primary Key)
RescuerID (Foreign Key)
StaffID ( Foreign Key)
TransportID (Foreign Key)
Delivery Date Time
Relationships:
Donator to pet (One-to-many):
One donor can donate multiple Pets.
Pet has a foreign Key (DonatorID) to link to the Donator.
Center to Staff (One-to -Many):
One Center can have multiple staff members.
Staff has a foreign key (CenterID) to link to the center.
Rescuer to pickup Schedule(One-to-Many):
One rescuer can be scheduled for multiple pickups.
Pickup Schedule has a foreign key (RescuerID) to link to the Rescuer.
Staff to pickup Schedule One-to-Many):
One Staff member can schedule multiple pickups.
3. Pickup Schedule has a Foreign Key (StaffID) to link to the staff.
Transport to Pickup Schedule(One-to-many):
One Transportation can be associated with multiple pickups.
Pickup Schedule has a foreign key (TransportID) to link to the Transportation.
Rescuer to Delivery Schedule (One-to-Many):
One rescuer can be scheduled for multiple deliveries.
Delivery schedule has a foreign key (RescuerID) to link to the rescuer.
Staff to Delivery Schedule(One-to-Many):
One Staff member can schedule multiple deliveries.
Delivery schedule has a foreign key (StaffID) to link to the staff.
Transport to Delivery Schedule (One-to-Many):
One Transportation can be associated with multiple deliveries.
Delivery Schedule has a Foreign Key (TransportID)to link to the Transportation.
