Global extreme points are the highest or lowest points in a function over its entire domain. They represent the absolute maximum or minimum values of the function. Local extreme points, on the other hand, are the highest or lowest points within a specific interval or neighborhood of a function. They represent the maximum or minimum values within a smaller range, but not necessarily the absolute maximum or minimum of the entire function. **

Extreme values refer to the maximum or minimum values of a function or a set of data. These values represent the highest or lowest points of the function or data set. Extreme points, on the other hand, are the points at which the function reaches its extreme values. These points can be either maximum (highest) or minimum (lowest) points on the graph of the function. **

One current example of an extreme event is the ongoing wildfires in California, USA. These wildfires have been burning across the state, leading to widespread destruction of homes, businesses, and natural habitats. The extreme heat and dry conditions have fueled the rapid spread of the fires, making them difficult to contain and causing significant damage to the affected areas. The wildfires have also resulted in poor air quality and health concerns for residents in the surrounding areas. **

Extreme thirst is generally considered worse than extreme hunger because the human body can survive without food for a longer period of time than it can without water. Dehydration can lead to serious health complications much more quickly than starvation. Additionally, the feeling of extreme thirst can be more immediate and intense, making it more difficult to ignore or endure. Therefore, extreme thirst is typically considered to be worse than extreme hunger. **

When the speaker used the words "intense," "extreme," and "extreme," she was likely emphasizing the severity and seriousness of the situation or experience. "Intense" suggests a high level of emotion or concentration, while "extreme" indicates a situation that is beyond the usual or normal. By repeating "extreme," the speaker may have been emphasizing just how far outside the norm the situation was. Overall, the use of these words conveys a sense of the situation being very serious, extreme, and potentially overwhelming. **

Based on the global behavior, one can make statements about extreme points by analyzing the overall trend of the function. If the function is increasing and then decreasing, the extreme points are likely to be a maximum followed by a minimum. Conversely, if the function is decreasing and then increasing, the extreme points are likely to be a minimum followed by a maximum. By examining the behavior of the function over its entire domain, one can make predictions about the location and nature of the extreme points. **

An extreme overvoltage can occur when converting three-phase current to direct current due to the phenomenon known as commutation failure. Commutation failure happens when the current flowing through the rectifier cannot be properly switched from one phase to another, leading to a buildup of voltage that exceeds the normal operating levels. This can be caused by a variety of factors such as improper timing of the switching devices, high inductance in the circuit, or a mismatch between the load and the rectifier. When commutation failure occurs, it can result in a sudden and significant increase in voltage, potentially damaging the equipment and posing a safety hazard. **

Extreme nausea can be caused by a variety of factors, including motion sickness, food poisoning, pregnancy, or a side effect of certain medications. It is the body's way of signaling that something is not right and can be a protective mechanism to prevent the ingestion of harmful substances. In some cases, extreme nausea may also be a symptom of a more serious underlying medical condition, such as gastroenteritis or a gastrointestinal disorder. It is important to identify the cause of extreme nausea in order to provide appropriate treatment and relief. **