A student has designed a car as a system. The student has included the drawing below. The student has said the car would include a GPS, a big engine, and good shocks. Is this a good design that is complete with all needed parts? If yes, your answer is complete. If no, tell me what it is missing.
As an AI language model, I cannot see the drawing below, but assuming the student has only mentioned a GPS, a big engine, and good shocks, the design is missing several crucial components. A car as a system also requires essential parts such as a transmission, brakes, suspension, steering, fuel system, exhaust system, cooling system, electrical system, and much more. Therefore, the student needs to include and design all the required parts in their car system.
Based on the information provided, the design of the car seems to be missing some important components. While a GPS, a big engine, and good shocks are certainly valuable additions, there are several other essential parts that should be included in a complete car design. Some of the major components that appear to be missing from the design are as follows:
1. Chassis: The car should have a sturdy and well-built chassis, which forms the structural framework of the vehicle.
2. Suspension System: Apart from just good shocks, the car should have a complete suspension system that includes components like control arms, springs, and anti-roll bars.
3. Braking System: The car should have an efficient braking system, including components such as brake calipers, pads, rotors, and a brake master cylinder.
4. Steering System: A functional steering system, including components such as a steering column, steering rack, and power steering pump, is necessary for controlling the vehicle.
5. Transmission: A car should have a proper transmission system to transfer power from the engine to the wheels. This includes components like a gearbox, clutch, and differential.
6. Electrical System: The car will require a complete electrical system for various functions. This includes a battery, alternator, wiring, and various electrical components for the lights, ignition, and other accessories.
7. Fuel System: A fuel system is crucial for supplying fuel to the engine. It includes components such as a fuel tank, fuel pump, and fuel injectors.
8. Cooling System: To prevent overheating, a car should have a cooling system that includes a radiator, coolant, water pump, and various hoses and pipes.
9. Body and Interior: The design should include the overall body structure of the car, including doors, windows, seats, dashboard, and other interior components.
Therefore, while the inclusion of a GPS, a big engine, and good shocks is a good start, the design is not complete and is missing several necessary parts for a fully functioning car.
To determine whether the design of the car is complete and includes all the needed parts, let's consider the provided information. The student mentioned three components: a GPS, a big engine, and good shocks.
1. GPS: Including a GPS in a car can be considered a useful feature, as it provides navigation assistance to the driver.
2. Big Engine: Having a big engine can be advantageous in terms of power and performance. However, the size of the engine alone is not sufficient to evaluate whether it is appropriate or necessary for the intended use of the car.
3. Good Shocks: Good shocks, or shock absorbers, are essential for providing a comfortable and smooth ride, as they absorb the impact from bumps and uneven terrain.
Based on this information, the student's design is not necessarily complete or comprehensive. While the inclusion of a GPS and good shocks is valuable, there are other essential components that a car typically requires:
1. Chassis: The car's structure, including the body frame, provides stability and support.
2. Wheels: The car needs wheels to move and provide traction.
3. Braking System: A functioning braking system is crucial for safety.
4. Powertrain: This includes components such as the transmission, driveshaft, and differential that transmit power from the engine to the wheels.
5. Steering System: A mechanism to control the direction of the car.
6. Fuel System: A system to store and provide fuel for the engine.
7. Electrical System: Necessary for powering various components, such as lights, signals, and the GPS.
Therefore, the student's design is missing several key components that are typically present in a complete car system.