In general, the left-turning driver is required to yield to oncoming traffic when making a left turn at an intersection. However, there are certain situations where the left-turning driver may have the right of way, such as when they have a green arrow signal or when the oncoming traffic is stopped at a red light. It's important for drivers to always be aware of traffic signals and signs, and to yield to oncoming traffic when necessary to ensure safe and efficient traffic flow. **

No, the left-turning driver is not always required to give way. In some situations, the left-turning driver may have the right of way, such as when they have a green arrow signal or when they are already in the intersection and the oncoming traffic has a red light. However, in most cases, the left-turning driver must yield to oncoming traffic and pedestrians before making their turn. It is important for drivers to always be aware of their surroundings and follow traffic signals and signs to determine when they have the right of way. **

There could be a few reasons why the straightening iron is not turning on. First, check to make sure that the power cord is securely plugged into the outlet. If the power cord is plugged in properly, then the issue may be with the straightening iron itself, such as a malfunctioning power switch or a blown fuse. It's also possible that the straightening iron has overheated and the safety feature has automatically turned it off. If none of these solutions work, it may be best to contact the manufacturer for further assistance or consider getting a new straightening iron. **

Turning off the PC is generally better than putting it in standby mode. When the PC is turned off, it consumes no power and reduces wear and tear on the hardware. Standby mode, on the other hand, still consumes a small amount of power and can lead to potential issues with the system if left in that state for extended periods. Additionally, turning off the PC allows for updates and maintenance to be performed, ensuring the system runs efficiently. **

As a left-turning driver, you have to give way to oncoming vehicles and pedestrians when making a left turn at an intersection. This means you must wait for a safe gap in oncoming traffic before completing your turn. It's important to always yield to any vehicles or pedestrians that have the right of way, and to follow any traffic signals or signs that dictate when you should give way. Additionally, you should be aware of any specific rules or regulations that apply to left turns in the area where you are driving. **

Longitudinal turning involves cutting along the length of the workpiece, while face turning involves cutting across the face of the workpiece. Longitudinal turning is used to create cylindrical shapes and grooves, while face turning is used to create flat surfaces and contours. Additionally, longitudinal turning is typically used for creating external features, while face turning is used for creating internal features. **

Turning off refers to the action of deactivating or shutting down a device, system, or appliance. This typically involves stopping the flow of power or energy to the device, causing it to cease functioning. On the other hand, turning on refers to the action of activating or starting a device, system, or appliance. This involves initiating the flow of power or energy to the device, allowing it to begin functioning. In essence, turning off stops the operation of something, while turning on initiates its operation. **

Face turning and longitudinal turning are two different types of machining operations used in metalworking. Face turning involves cutting material from the surface of a workpiece to create a flat surface, while longitudinal turning involves cutting material from the length of the workpiece to create a cylindrical shape. In face turning, the cutting tool moves perpendicular to the workpiece, while in longitudinal turning, the cutting tool moves parallel to the workpiece. Overall, the main difference between the two is the direction in which the cutting tool moves in relation to the workpiece. **