Answer:
Single-evidence form
Explanation:
Single-evidence form dedicates a page for each item retrieved for a case; it allows investigators to add more detail about exactly what was done to the evidence each time it was taken from the storage locker.
A weather satellite is used to monitor weather systems and the climate of the earth. Weather satellites have two types orbits. They can either have near-polar orbit or geostationary orbit. The former has lower altitudes and covers the complete Earth. The latter, on the other hand, stays put in one spot, and is found in higher altitudes.
def cookie_Recipe(recipe):
sugar=(0.03125*recipe)
butter=(0.02083333333*recipe)
flour=(0.05729166666*recipe)
LF1=round(sugar, 2)
LF2=round(butter,2)
LF3=round(flour, 2)
print("You will need:")
print(LF1, "cups of sugar")
print(LF2, "cups of butter")
print(LF3, "cups of flour")
print("To make", recipe, 'cookies')
recipe=int(input("How many cookies do you want to make?\n"))
cookie_Recipe(recipe)
I don't think that is a query...
Answer:
Algorithm:
1. Declare variables "cost","state_tax" and "federal_tax".
2.Initialize these variables.
3.Create a variable "cust_money".
3.1 Ask user to give money.
3.2 Assign this to "cust_money".
4. Calculate total_tax=state_tax+federal_tax
4.1 Calculate total_to_be_paid=cost(1+total_tax)
5. Calculate change_to_give= cust_money-total_to_be_paid
6.Print the change_to_give
7. End the program.
Explanation:
Declare variables and initialize "cost" with initial cost of item, "state_tax" with state tax and "federal_tax" with federal tax on the item. Ask user to give money and assign it to "cust_money". calculate the total tax=state+federal tax. Then calculate the total to be paid for item as cost*(1+total tax). Subtract the total paid from customer money and print the change to give user.
