<span>You can toggle between different types of references by pressing the F4 key on your keyboard.</span>
Answer:
yes, the model gives a realistic behavior
Explanation:
This describes the inner equilibrium point is a stable node, here it's a center. These are periodic solutions. Populations of the mice and owls are periodic. It describes: when the mice population is lower, the owl population decreases; again the owl is lower so mice got a chance to grow its population; now as sufficient food(mice) is there, the owl population increases; as predator population increases, the prey population decreases; and this continues as a cycle forever.
So, yes, the model gives a realistic behavior.
Check attachment
Data Backup and Recovery is the procedure that protects against the loss of data. It is to protect the crucial data against losing in events like physical disaster, database corruption, hardware failures, and other incident that can cause the data to lose.
The purpose of an expert system is to capture best practice solutions and program them into a set of rules in a software program. Expert systems are computers that use artificial intelligence technologies to simulate a behavior of a human or another subject.
The knowledge about a specific subject is transformed with this system into a software code.
Answer:
actual_value = float(input("Enter the actual value of a piece of property: "))
tax_rate = float(input("Enter the current tax rate for each $100.00 of assessed value: "))
assessed_value = actual_value * 0.6
tax = (assessed_value * tax_rate) / 100
print("The annual property tax is $" + str(tax))
Explanation:
*The code is in Python.
Ask the user to enter the actual value and the tax rate
Calculate the assessed value, multiply the actual value by 0.6
Calculate the tax, multiply the assessed value by the tax rate and divide result by 100
Print the tax
