18 Point is the smallest font size on a slide
Answer:
Yes it will create a string variable
It helps to keep things organized
Answer:
The factors to consider when building a solution for optical workflow for car accident are the type of claim to be modelled, also to examine the level of automation in vehicles.
Some of the software solutions that meet the requirements are the A1 Tracker which is very effective to the enterprise business and small business working with insurance. we also have the Mutual expert, Ninja Quote.
Explanation:
Solution
In suggesting an optical workflow for the car accident claim process it is of importance to understand the following factors such as, the type of claim to be modelled, it will be determined by the policy that the clients have for their cars. this will assist in classifying the workflow and giving a clear path of the design.
The number of expected claims is also a very important factor that should be added in the design. Another important factor to examine the level of automation of the vehicles, this can be very useful in collecting the accident data in a more efficient way and also making it simple to design the model.
Presently there are several workflow softwares in the insurance that have encouraged a great deal and have made the workflow in the insurance companies more greater.
Some of the soft wares are the A1 Tracker which are very effective and efficient in are highly applicable to the enterprise business and small business working with insurance, the software is convenient in monitoring the work progress in the company.
The other soft wares that have been quite useful in the industry for example the Insly, ISI enterprise, Mutual expert, Ninja Quoter among others. These software are some of the best soft wares available in the market that have met the workflow requirement in the insurance sector.
Answer:
milk_produced = float(input("Enter the total amount of milk produced in the morning: "))
liter_cost = float(input("Enter the cost of producing one liter of milk: "))
carton_profit = float(input("Enter the profit on each carton of milk: "))
carton_needed = round(milk_produced / 3.78)
cost = milk_produced * liter_cost
profit = carton_profit * carton_needed
print("The number of milk cartons needed to hold milk is " + str(carton_needed))
print("The cost of producing milk is " + str(cost))
print("The profit for producing milk is " + str(profit))
Explanation:
*The code is in Python.
Ask the user to enter milk_produced, liter_cost and carton_profit
Calculate the number of milk cartons needed, divide the milk_produced by the capacity (3.78) of a cartoon and round the result
Calculate the cost, multiply the milk_produced by liter_cost
Calculate the profit, multiply the carton_profit by carton_needed
Print the results
