Temperature

212 oF ( Fahrenheit) is 100 oC ( Celcius). It is the boiling point of water.

NB Note the spelling of 'Fahrenheit' . Fahrenheit was an 18th century German Scientist.

Celsius and Centigrade are just different names for the same scale.

'Centigrade' is rather 'old fashioned/archaic'.

Water, because water exhibits 'hydrogen bonding' . So more energy /heat is required to break the hydrogen bonds for liquid water to become a vapour/gas.

Methane does NOT have hydrogen bonds.

In water molecules , the oxygen atoms bonds directly to two hydrogen atoms, leaving two sets of lone pairs of electrons. Oxygen is also a very electronegative element and so attracts electron denuded regions of other molecules towards itself. So the hydrogen atoms of an adjacent molecule will be denuded of electrons , so the lone pair of electrons on an oxygen atom will be attracted to this denuded region on an adjacent hydrogen in another molecule. This is called ' hydrogen bonding'.

I'm unable to provide real-time weather updates, including the current temperature in Palermo, Sicily. For the latest weather information, I recommend checking a reliable weather website or a weather app.

The claim that the high temperature in Lexington was typically 6 degrees warmer than in Louisville is based on the measure of average temperature difference over a specific timeframe. This likely involves calculating the average daily high temperatures for both cities over those seven days and comparing them. The use of "typically" suggests that this difference may represent a statistical average or mean rather than an absolute daily comparison.

Degrees of culpability refer to the varying levels of responsibility or blame attributed to an individual for their actions, particularly in a legal context. These degrees can range from minor negligence to intentional wrongdoing, with specific classifications such as felony, misdemeanor, or strict liability. The assessment of culpability often influences the severity of punishment or legal consequences an individual may face. Understanding these degrees helps in evaluating intent, awareness, and the circumstances surrounding a person's actions.

To convert degrees to coordinates, you need to translate angular measurements into a coordinate system, typically using latitude and longitude. Latitude ranges from -90° to +90° (south to north), while longitude ranges from -180° to +180° (west to east). For example, a location at 45°N latitude and 90°W longitude can be expressed as the coordinates (45, -90). Various tools and formulas, such as using a coordinate plane or mapping software, can assist in this conversion.

Zero degrees Celsius is significant because it represents the freezing point of water, marking the transition from liquid to solid. A hundred degrees Celsius is important as it indicates the boiling point of water, where it transitions from liquid to gas. These two reference points are essential for temperature measurement and serve as a foundation for the Celsius scale, making it a vital tool in science and everyday life.

To correct you spelling . It is 'FREEZE' NOT ;frezze'.

Celsiua 0 oC mp. 100 oC bp

Fahrenheit 32 oF mp & 212 oF Bp

Absolute(Kelvin) 273K mp l 373K bp (NB THe degree symbol 'o' is NOT shown on this scale).

Reaumer 0 oR mp & 80 oR bp.

The lowest temperature ever recorded in China was -52.3 degrees Celsius (-62.1 degrees Fahrenheit), measured in January 1969 in the city of Mohe, located in Heilongjiang province. This extreme cold is a result of the region's harsh winter climate. Mohe is often referred to as the "North Pole of China" due to its frigid temperatures.

Clinical thermometers measure temperature by detecting changes in physical properties, such as the expansion of mercury or alcohol in glass thermometers, or through electronic sensors in digital thermometers. In glass thermometers, the liquid expands up a calibrated scale as temperature increases. Digital thermometers use thermistors or infrared sensors to convert temperature readings into digital displays. Each type of thermometer is designed for accuracy and ease of use, often providing readings in Celsius or Fahrenheit.

The Celsius and Fahrenheit value are identical at -40 degrees.

Temperature can significantly influence the absorption of immunoglobulins, as it affects both the solubility and stability of these proteins. Higher temperatures may enhance the solubility of immunoglobulins, potentially increasing their absorption, but can also lead to denaturation, which negatively impacts their functionality. Conversely, lower temperatures may reduce absorption efficiency due to decreased molecular movement. Thus, maintaining an optimal temperature is crucial for maximizing the effective absorption of immunoglobulins.

NO!!!!

0 oC ( Zero degrees celcius) is the freezing point of water.

To compare

0 K ( Zero Kelvin (Absolute scale) is ' -273 oC '. It this temperature 'molecular motion (theoretically) stops'.

273 K is the freezing point of water.

To compare

32 oF ( Thirty two degrees Fahrenheit) is the freezing point of water.

The boiling points of water are

100 oC , 373 K , and 212 oF .

It would be considered reasonably chilly but not freezing cold

A temperature inversion is a meteorological phenomenon where the usual temperature gradient in the atmosphere is reversed, causing warmer air to sit above cooler air at the surface. This can trap pollutants and moisture, leading to reduced air quality and foggy conditions. Inversions typically occur during the night or early morning when the ground cools rapidly, and they can persist for several days, impacting weather patterns and local climate.

The temperature gauge drops from avatar temperature to cold primarily due to a decrease in the surrounding environmental temperature or exposure to cold air or water. Other factors may include the loss of body heat through radiation, conduction, and convection, especially if the avatar is not equipped with adequate insulation or protection against the cold. Additionally, if the avatar is engaged in activities that reduce heat production, such as inactivity, this can contribute to the drop in temperature.

The danger zone for food safety is typically defined as the temperature range between 40°F (4°C) and 140°F (60°C). Within this range, bacteria can rapidly multiply, increasing the risk of foodborne illnesses. It is crucial to keep perishable foods either below 40°F or above 140°F to ensure safety. Always monitor temperatures to prevent food from entering this danger zone for extended periods.

Yes, a substance that is solid at 0 degrees Celsius can have a melting point at 45 degrees Celsius. The melting point is the temperature at which a solid transitions to a liquid, and it varies depending on the substance. If a solid remains stable at lower temperatures, it can have a significantly higher melting point, such as 45 degrees Celsius.

Yes, it can snow at 43 degrees Fahrenheit, although it is uncommon. Snow can occur when the atmospheric conditions allow for precipitation to freeze before reaching the ground, even if surface temperatures are above freezing. Factors such as elevation, humidity, and the presence of colder air aloft can contribute to snow formation at these temperatures. However, any snow that does fall at this temperature is likely to melt quickly.

The maximum tolerable pool temperature is generally considered to be around 104°F (40°C) for adults. Temperatures above this can increase the risk of overheating, dehydration, and other health issues. For children and individuals with certain health conditions, a lower limit of around 95°F (35°C) is often recommended to ensure safety. Always monitor water temperature and limit time spent in warmer water.

I assume the question is supposed to read "What is 15 degrees Celsius in Fahrenheit?"

15°C = 53°F

As energy is removed from water at 50 degrees Celsius, it first cools down to 0 degrees Celsius, where it undergoes a phase change from liquid to solid, forming ice. This process is called freezing. Once all the water has solidified into ice, further energy removal continues to lower the temperature down to -10 degrees Celsius, where the ice remains in a solid phase. Throughout this process, the water transitions from a liquid to a solid state without any additional phase changes.

The atmospheric temperature.

When measuring atmospheric temperature, the thermometer is kept in a cabinet named a 'Stevenson Screen'.

The Stevenson Screen has louvres in its sides to allow air flow through the cabinet, but NOY direct sunlight. Direct sunlight will give a 'false' reading.

The Stevenson Screen cabinet is painted white, mounted on four legs, so that it is approximately 4 to 5 feet above ground level and away from building/trees etc., because the ground and buildings etc., will affect the air temperature.

The temperature in the mesosphere, which extends from about 50 to 85 kilometers (31 to 53 miles) above the Earth's surface, decreases with altitude, reaching lows of approximately -90 degrees Celsius (-130 degrees Fahrenheit) at its upper boundary. This layer is characterized by decreasing temperatures due to the thinning atmosphere and a lack of solar energy absorption. As altitude increases, the air becomes increasingly rarefied, contributing to the cold temperatures experienced in this region.