Temperature

(-175) degrees Celsius = -283 degrees Fahrenheit

The correct term is "rolling boil." This describes a continuous agitation of the water as it reaches its boiling point. "Roiling" typically refers to something turbulent or agitated, but not specifically related to boiling water.

If you cool the container to -273 degrees Celsius, which is absolute zero, the gas would theoretically have zero pressure since all molecular motion would cease. In practice, achieving absolute zero is impossible, but as you approach it, pressure would approach zero.

31.9 °C is equal to 89.42 °F

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

23 degrees Celsius is a temperature reading on the the Celsius scale.

To compare to the Fahrenheit scale 23 degrees Celsius is equal to 73.4 degrees Fahrenheit.

There are three methods by which substances absorb heat. These are conduction, or heat transfer through contact, convection, or heat transfer through fluid motion, and radiation, or heat transfer through electromagnetic radiation.

A drop in temperature can be caused by various factors, including changes in weather patterns, loss of sunlight due to cloud cover or time of day, and the movement of cooler air masses into an area. Other factors like altitude, proximity to bodies of water, and human activities such as deforestation can also contribute to temperature changes.

53 more degrees.

+83 degrees

(9 degrees F or 5 degrees C, but they didn't have the multiple choices)

121 degrees Celsius = 249.8 degrees Fahrenheit.

Temperatures are measured on a variety of scales.

The three most common are Fahrenheit (ºF), Celsius (ºC) and Kelvin (ºK)

The kelvin Scale is the SI unti of temperature - the international standard

The Kelvin scale begins at what known as Absolute Zero ..... 0ºK = -273.15ºC

37.78 degrees Celsius. ---- Celsius to Fahrenheit · Multiply by 9 · Divide by 5 · Add 32 Fahrenheit to Celsius · Subtract 32 · Divide by 9 · Multiply by 5

yes, but i couldn't tell you the mechanics of it.

-8 degrees Fahrenheit is equal to approximately -22 degrees Celsius.

0.000000000001 Fahrenheit so get drunk and try it.

Water ionises futher as temperature rises, so hydrogen ion concentration rises, that means that pH decreases. BUT water remains neutral as the number of hydroxyl ions must remain equal to the hydrogen ions. This is why a pH meter always has a temperure compensating probe.

The hot water supply can be set at 60oC (140oF) or slightly higher. Most safety experts suggest 50oC (125oF) as the maximum. The lowerst temperature from a municipal supply is likely around 1 or 2oC (34oF)

95 degrees Fahrenheit. ---- Celsius to Fahrenheit · Multiply by 9 · Divide by 5 · Add 32 Fahrenheit to Celsius · Subtract 32 · Divide by 9 · Multiply by 5

As you move further away from a heat source at 1000°C, the temperature decreases gradually due to the dissipation of heat into the surrounding environment. The rate of temperature decrease is influenced by factors such as the material through which heat is transferred and the efficiency of insulation. The temperature will continue to decrease the farther you move away from the heat source, following the principles of thermal conduction and convection.

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 101.48 degrees Fahrenheit.

°C = (°F − 32) × 5⁄9

°C = (-20 − 32) × 5⁄9

°C = -53 × 5⁄9

°C = -29.4

Therefore -20°F is equal to -29.4°C

In atmospheric pressure (ie at sea level), water boils at 100 degrees Celsius.

Surviving in 50 degrees Celsius temperature is extremely difficult and dangerous. The human body can typically only withstand temperatures up to about 37 degrees Celsius. Exposing yourself to such extreme heat can lead to heatstroke, dehydration, and even death if not properly protected.