Temperature

-65 degrees Celsius is equal to -85 degrees Fahrenheit. This can be calculated using the formula: (Celsius x 9/5) + 32 = Fahrenheit.

870 degrees Celsius is equal to 1598 degrees Fahrenheit. This can be calculated using the formula °F = (°C × 9/5) + 32.

Most countries around the world use the Celsius temperature scale, including countries in Europe, Canada, Australia, and many others. The United States is one of the few countries that primarily uses Fahrenheit for temperature measurements.

Glass is an amorphous solid material and does not have a specific boiling point like a liquid. Instead, it softens and melts over a range of temperatures between 1400°C to 1600°C (2552°F to 2912°F) depending on the composition of the glass.

At 454 degrees Fahrenheit, several things can happen depending on the substance being heated. Organic materials like food can start to brown and undergo the Maillard reaction, leading to flavor development. Metal objects can become very hot and potentially deform or change shape. It's important to monitor the temperature and take appropriate precautions to prevent burning or damage.

Temperatures cannot be negative, so it is impossible to measure -85 degrees Fahrenheit or -50 degrees Celsius. All the other temperatures given, -20 degrees Celsius and 545 degrees Fahrenheit, are possible to measure.

Currently, the superconductor with the highest critical temperature ever recorded is Mercury Barium Thallium Copper Oxide or Hg0.2Tl0.8Ca2Cu3O, which has a critical temperature of 139 K at one atmosphere. This superconductor is a type of ceramic copper oxide and its critical temperature was determined in 1995 by Chakoumakos, Dai, Wong, Sun, Lu, and Xin. Apparently, metal-copper oxide ceramic superconductors have high critical temperatures, which might unlock the key of synthesizing a high temperature superconductor that is superconductive under room temperature conditions.

In theorie... no... in practice... yes.

The steam has 6 times the amount of heat energy.

If the 1 gram of steam would be applied to the same surface area of skin as the 1 gram of water, and all the steam would give off its heat till it has the same temperature of the skin, it would have given off about 6 times the amount of heat as the liquid water. This would result in a way more severe burn.

But steam wil spread its heat over a way larger surface area, it wont condens easily on your skin (because a skin temperature of 30oC isn't exactly cold) and it doesnt stick to your skin like liquid water does.

So i would rather have the 1 gram of steam poured over me than the 1 gram of water.

Places with a year-round temperature of around 60 degrees Fahrenheit include cities like San Francisco, California, and Auckland, New Zealand. These locations have mild climates due to their proximity to large bodies of water and prevailing oceanic currents. Coastal regions in countries like Chile and South Africa also experience similar year-round temperatures.

183°C is equivalent to 361.4°F.

-335 degrees Fahrenheit = -203.89 degrees Celsius

Centigrade Temp (times) 9/5 +32 = Fahrenheit Temp

EXAMPLE: 60(C) (times) 9/5 + 32 = 540/5 + 32 = 108 + 32 = 140 degrees F

Fahrenheit Temp (times) 5/9 -32 = Centigrade Temp.

EXAMPLE: 100F (times) 5/9 -32 = 500/9 -32 =55.56 - 32 = 23.56 degrees C.

33.7 degrees Celsius is equivalent to 92.7 degrees Fahrenheit.

-27 degrees Celsius is equal to -16.6 degrees Fahrenheit.

According to Google Calculator 194 degrees Fahrenheit

28.4 degrees Fahrenheit is approximately -2 degrees Celsius. To convert Fahrenheit to Celsius, you can use the formula: (Fahrenheit - 32) x 5/9.

Melting point is the temperature required to break the intermolecular bonds between molecules of a substance. This means that the bonds such as hydrogen bonds and polar attraction between the individual molecules of a substance must be broken so that the molecules can flow past each other in a liquid state. Diamonds have a very high melting point. This is because diamond is a macromolecule. Diamond is made up of single carbon bonds, with four carbons attached to each carbon molecule. In contrast, molecules such as water and carbon dioxide have a set number of atoms per molecule, and that number is very low. There are no intermolecular forces between diamonds molecules, so in order for diamond to become liquid the actual carbon bonds have to be broken.

This property of diamond makes it have a very high melting point. As heat is given to diamond, the energy is transferred throughout the molecule and dispersed by the huge number of bonds in diamond. It takes a very high melting point to finally break carbon bonds of a diamond molecule. Once carbon bonds begin breaking due to the extremely high heat, the molecules begins to melt.

The typical temperature of a cold winter night can vary depending on location, but it is generally below freezing, often between 20 to 30 degrees Fahrenheit. However, in some colder regions, temperatures can drop much lower, even reaching below zero degrees Fahrenheit.

Objects change temperature through the transfer of heat energy. This can occur through conduction, convection, or radiation. When an object gains heat energy, its temperature increases, and when it loses heat energy, its temperature decreases.

-15

33 degrees Fahrenheit equals 0.556 degrees Celsius.
Just about 0, since 32 Fahrenheit = 0 Celsius

19.2 °C is equal to 66.56 °F

The conversion formula is Fahrenheit temperature = (9/5 x Celsius temperature)+ 32

Start by taking the number in Celsius and multiply it by 9. Then divide that number by 5, and then add 32. This is how you convert Celsius to Fahrenheit or use the equation F = (9/5)C + 32
In this case, the answer is about 77 degrees Fahrenheit.