Elliot Kim
Loud sounds can cause severe damage to our hearing, leading to noise-induced hearing loss (NIHL). NIHL occurs when the sensitive structures in our inner ear are damaged by loud sounds, and it can be immediate or take a long time to become noticeable. It can be temporary or permanent and can affect one or both ears. While the word extreme may sound more intense than severe, in the context of damage, severe indicates that something bad or undesirable is great or intense. This means that severe damage is worse than extreme damage.
| Characteristics | Values |
|---|---|
| Definition of severe | Used to indicate that something bad or undesirable is great or intense |
| Examples of severe damage | Severe damage to humans and property, severe damage to adjoining grain crops, severe damage to the intestine, severe damage to houses, severe damage to ribs, spine and throat |
| Definition of extreme | Literally means at the boundary of what's possible |
| Examples of extreme damage | Colossal/Extreme damage |
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What You'll Learn
'Severe' vs 'extreme' in video games
In video games, damage is often categorized into different types, with varying levels of severity. The terms "severe" and "extreme" are commonly used to describe the extent of damage inflicted on an opponent or received by the player. While the specific definitions may vary across different games, we can explore how these terms are typically interpreted and the implications they carry within the context of video games.
In some games, such as the Persona series, the hierarchy of damage types can be a source of confusion for players. In these games, the terms "severe" and "extreme" are used to indicate different levels of damage, with "severe" being stronger than "extreme." This counter-intuitive relationship between the terms can be misleading, as players might naturally assume that "extreme" represents a higher level of damage due to its connotation of pushing beyond boundaries.
However, in other games or contexts, the term "extreme" might indeed signify a higher degree of damage compared to "severe." This interpretation aligns with the literal meaning of "extreme," which implies reaching the boundary of what is possible or believable. In this context, "extreme damage" would convey the idea of causing the maximum amount of harm or reaching the upper limit of damage inflicted.
The distinction between "severe" and "extreme" damage can have significant implications for gameplay and strategy. Players might need to consider the trade-offs between different attacks or abilities that inflict varying levels of damage. For example, an attack dealing "severe" damage might have a lower MP cost or cooldown time compared to an attack dealing "extreme" damage, requiring players to carefully manage their resources and choose the most efficient approach during battles.
Additionally, the ambiguity surrounding the severity of damage types can impact player expectations and decision-making. Some players might prefer having clear damage ranges or numerical values associated with each damage type, rather than relying solely on vague descriptors like "severe" or "extreme." This preference for transparency in damage calculations allows players to make more informed strategic choices and better understand the impact of their actions in the game.
In conclusion, the terms "severe" and "extreme" in video games, particularly within the context of damage types, can carry different interpretations depending on the specific game and its mechanics. Players should be mindful of the nuances associated with these terms and how they relate to the gameplay experience. Understanding the hierarchy and implications of damage types empowers players to make strategic decisions, adapt their tactics accordingly, and fully immerse themselves in the challenges presented by the game.
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The mechanics of severe damage
Severe damage is a term used to describe physical harm that is great or intense. It is often used in the context of damage to property, the environment, or human health. For example, severe damage may be inflicted upon houses, crops, coffee plants, trees, human intestines, or ribs.
In mechanics, damage mechanics is a continuum-based constitutive formulation used to capture strain localization and softening behaviour in brittle and quasi-brittle geologic materials. It is commonly applied in fatigue analysis of metals and the modelling of deformation in rocks at the laboratory scale. Damage mechanics can also be used to study the contact mechanics between a rigid PDC bit and a rock sample, where the rock is exposed to downhole pressure effects and constant velocity.
The continuum damage mechanics (CDM) approach is used to model progressive degradation and failure, representing both initiation and propagation phases. CDM requires a damage variable, D, to be defined as a measure of the severity of material damage. D is assumed to be equal to 0 for an undamaged material and 1 for complete rupture. Between these two extremes, there is a critical value for D, known as Dc, which characterises the macrocrack initiation and usually falls between 0.2 and 0.8.
Damage variables are formulated within the framework of irreversible thermodynamics, based on the Helmholtz free energy, the yield surface, and the damage surface. These models can be readily incorporated into finite element analysis through a damage-coupled stiffness matrix and have been used to illustrate failure analysis in engineering structures under static and dynamic loading.
Overall, the mechanics of severe damage involve understanding the severity of damage, modelling degradation and failure, and applying these concepts to various fields such as geology, metallurgy, and engineering.
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Noise-induced hearing loss
Sounds that are too loud, even for a brief moment, or both loud and long-lasting, can damage the sensitive structures in the inner ear, leading to noise-induced hearing loss. The hair cells in the inner ear, once damaged, cannot heal or regenerate, resulting in permanent hearing loss. The extent of hearing loss depends on the cause and duration of exposure to loud noises.
Loud noises can come from various sources, including recreational activities such as target shooting, hunting, snowmobile riding, and attending loud concerts. At home, lawnmowers, leaf blowers, and woodworking tools can also produce harmful noise levels. Exposure to loud music through earbuds or headphones can also contribute to NIHL.
The effects of NIHL can include communication difficulties, learning difficulties, pain or ringing in the ears (tinnitus), distorted or muffled hearing, and an inability to hear some environmental sounds or warnings. These symptoms may last for minutes, hours, or days after noise exposure ends, and they may develop or become more pronounced over time. Continued exposure to loud noises can further damage hearing and make hearing loss permanent.
According to research, NIHL is prevalent among both children and adults. A 2011-2012 CDC study found that approximately 10 million US adults under the age of 70 showed signs of hearing loss in one or both ears due to loud noise exposure. Additionally, an estimated 17% of teens between 12 and 19 years old displayed potential indicators of NIHL.
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The impact of loud sounds on the inner ear
When we are exposed to loud noises, the impact on the inner ear can be significant. The louder the sound, the bigger the sound wave, and this increased intensity can cause damage to the sensitive structures within the inner ear. The hair cells in the cochlea are particularly vulnerable to loud noises. These hair cells are sensitive to large movements, and when sound waves move the fluid in the inner ear with excessive force, it can damage these delicate cells.
The damage to hair cells can be immediate or gradual. Short, extremely loud noises like explosions or gunshots can cause instant and permanent hearing loss. This is known as acoustic trauma. On the other hand, chronic NIHL develops over time due to repeated exposure to loud noises, such as listening to loud music through headphones or attending rock concerts without proper hearing protection.
The death of hair cells in the inner ear leads to hearing loss because these cells are responsible for transmitting electrical signals to the brain. Once damaged, these hair cells cannot heal or regenerate, and their absence results in a reduced ability to send clear signals to the brain. This can manifest as difficulty understanding speech, especially in noisy environments or when trying to discern high-pitched sounds.
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Severe damage to humans and property
Natural disasters, such as earthquakes, hurricanes, floods, and wildfires, pose a significant threat to human life, property, critical infrastructure, and homeland security. They can result in severe damage to humans and property, causing physical harm and economic loss.
The impact of a natural disaster depends on the preparedness of the affected community and the resilience of its buildings, roads, and structures. When disasters strike, emergency response teams focus on providing immediate assistance to keep people alive, improve their health, and boost their morale. This includes offering temporary shelter, food, and transportation to refugees.
In the aftermath of a disaster, the recovery phase aims to restore the affected area to normalcy as quickly as possible. During reconstruction, it is essential to consider the location and construction materials used for properties to enhance resilience against future disasters.
Some natural disasters, like earthquakes, can cause severe damage to human ribs, spines, and throats. They can also lead to power outages, fires, and water supply emergencies, further endangering human lives and causing extensive property damage.
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Frequently asked questions
Severe is used to indicate that something undesirable is great or intense. Severe damage is physical harm that is undesirable and intense.
Severe damage can be caused to humans and property, such as houses, as well as plants and crops.
Extreme means at the boundary of what's possible. Extreme damage, therefore, refers to harm that is at the limit of what is conceivable.
Yes, severe damage is considered worse than extreme damage.
Yes, loud sounds, even for a brief time, can cause noise-induced hearing loss (NIHL). NIHL occurs when the sensitive structures in the inner ear are damaged by loud sounds.
