pseudocode for a program that is required to compute the costs of a car trip. The required input values are: Litres per 100km, Distance travelled and Cost per litre of petrol. The out value is the total cost of the trip.
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yes
Here's a pseudocode for a program that computes the costs of a car trip based on the given inputs:
1. Start
2. Define function compute_trip_cost(liters_per_100km, distance, cost_per_litre)
3. Set trip_cost = (liters_per_100km / 100) * distance * cost_per_litre
4. Return trip_cost
5. End function compute_trip_cost
6. Read input for liters_per_100km
7. Read input for distance
8. Read input for cost_per_litre
9. Set total_cost = compute_trip_cost(liters_per_100km, distance, cost_per_litre)
10. Print "The total cost of the trip is: $" + total_cost
11. End
In this pseudocode, a function named compute_trip_cost is defined to calculate the total cost of the trip based on the given factors - liters_per_100km, distance, and cost_per_litre. The formula used is (liters_per_100km / 100) * distance * cost_per_litre. The main program takes inputs for the required values and calculates the total cost using the compute_trip_cost function. Finally, the total cost is displayed to the user.
Sure! Here's some pseudocode for a program that computes the total cost of a car trip:
```
// Prompt the user to enter the required input values
Print "Enter the litres per 100km: "
Read litresPer100km
Print "Enter the distance travelled (in km): "
Read distanceTravelled
Print "Enter the cost per litre of petrol: "
Read costPerLitre
// Calculate the total cost of the trip
litresUsed = (litresPer100km / 100) * distanceTravelled
totalCost = litresUsed * costPerLitre
// Display the total cost of the trip
Print "The total cost of the trip is: "
Print totalCost
```
Explanation:
1. The program starts by prompting the user to enter the three required input values: litres per 100km, distance travelled, and cost per litre of petrol.
2. It then reads these input values and stores them in variables: `litresPer100km`, `distanceTravelled`, and `costPerLitre`.
3. The program calculates the total litres of petrol used during the trip by dividing `litresPer100km` by 100 and multiplying it by `distanceTravelled`. This gives us `litresUsed`.
4. Next, the program calculates the total cost of the trip by multiplying `litresUsed` by `costPerLitre`. This gives us `totalCost`.
5. Finally, the program displays the total cost of the trip by printing the value stored in `totalCost`.
Note: This is pseudocode, which represents a high-level description of the program's logic. The actual implementation may vary depending on the programming language you choose.