Question

Написати в словесній формі та намалювати блок-схему алгоритму керування авто­мобілем. помогите

Answer 1

Ответ:

Вибачте, я не знаю як вам допомогти, але я покажу вам фото блок схем,я в вас вірю що  у вай вийде!!

Объяснение:

на фотографіях...

Answer 2

Algorithm for Controlling a Car

To describe the algorithm for controlling a car, we need to consider various aspects such as acceleration, braking, steering, and navigation. Here is a detailed description of the algorithm:

1. Start the Engine: The first step is to start the car's engine. This can be done by turning the ignition key or pressing the start button.

2. Check Safety: Before moving the car, it is important to ensure that it is safe to do so. Check for any obstacles, pedestrians, or other vehicles in the vicinity. Use the car's mirrors and cameras to get a clear view of the surroundings.

3. Accelerate: To move the car forward, press the accelerator pedal gradually. The car's engine will increase the power output, and the wheels will start rotating, propelling the car forward.

4. Maintain Speed: Once the desired speed is reached, release the accelerator pedal slightly to maintain a constant speed. The car's engine and transmission system#### Algorithm for Controlling a Car

To describe the algorithm for controlling a car, we can break it down into several steps. Please note that the following algorithm is a simplified representation and may not cover all the complexities involved in real-world car control systems.

1. Start the Engine: The first step is to start the car's engine. This can be done by turning the ignition key or pressing the start button.

2. Check for User Input: Once the engine is running, the algorithm should continuously check for user input. This can include actions such as pressing the accelerator pedal, turning the steering wheel, or applying the brakes.

3. Read User Input: The algorithm should read the user's input and determine the desired action based on the input. For example, if the user presses the accelerator pedal, the algorithm should interpret this as a request to increase the car's speed.

4. Control Speed: Based on the user's input, the algorithm should control the car's speed. This can be achieved by adjusting the throttle, which regulates the amount of fuel supplied to the engine. Increasing the throttle will increase the speed, while decreasing it will slow down the car.

5. Control Steering: The algorithm should also control the car's steering based on the user's input. This can be done by adjusting the angle of the front wheels, which determines the direction the car will move in. Turning the steering wheel to the left or right will change the angle of the front wheels accordingly.

6. Monitor Sensors: The algorithm should continuously monitor various sensors in the car, such as the speed sensor, brake sensor, and steering angle sensor. These sensors provide feedback on the car's current state, which can be used to make adjustments in real-time.

7. Apply Brakes: If the user applies the brakes, the algorithm should activate the car's braking system to slow down or stop the car. This can involve applying pressure to the brake pads, which will create friction and reduce the car's speed.

8. Stop the Engine: Finally, when the user decides to stop the car, the algorithm should turn off the engine. This can be done by turning the ignition key to the off position or pressing the engine stop button.

Block Diagram:

Here is a simplified block diagram representing the algorithm for controlling a car:

Start Engine
|
Check User Input
|
Read User Input
|
Control Speed
|
Control Steering
|
Monitor Sensors
|
Apply Brakes
|
Stop Engine

Please note that this block diagram is a high-level representation and does not include all the intricacies and subsystems involved in a real car control system.

I hope this helps! Let me know if you have any further questions.