Osmium, wolfram in a light bulb.
Celsius or Fahrenheit? If Celsius, then definitely a problem! If Fahrenheit, turn your device off for a little bit because you have been working it to hard.
This varies from material to material. Aluminum can be as low as 500 degrees by some specs while steel can approach 2000 degrees while hot working. You need to be more specific on the material being hot worked.
No that is not cool. 25 degrees Celsius is equal to 77 degrees Fahrenheit. If you are talking about inside the refrigerator than it must not be working because that is above room temperature.
The law does not state a minimum temperature, but the temperature in workrooms should normally be at least:16°C, or13°C if much of the work is physical.
The equation for working out the temperature in fahrenheit from celsius is f = 9c/5 + 32 In other words, you multiply by slightly less than two, and then add more on. Therefore for many temperatures, just doubling would be a good approximation. Indeed, when the temperature is 160celsius, doubling would be correct.
what happens at a materials working temperature is that.......... i dont know! What happens is different for different products. For example a thermoplastic can molded into different shapes. Another thing that can happen is a solid can turn into a luiquid and a luiquid turns into a gas.
This is called the curie temperature of the magnetic material, for example in iron (Fe) it is 768°C and for Nickel (Ni) 360°C. Most "bar magnets" are actually ferrite ceramics, and their curie temperature ranges from 100 to 300°C, depending on the exact make-up of material.
Celsius is not an SI unit. The SI unit for temperature is Kelvin (K). This has the same scale as Celsius, the difference is 0 K is absolute zero and not the temperature of iced water. 0 K equals -273.15C
95 degrees Celsius is five degrees below the boiling point of water. If you are working in Fahrenheit it is 207 degrees Fahrenheit.
No. To strain harden at room temperature requires cold working beyond the material yield point, and ceramics have no yield, being brittle.
i am no doctor but i think 35.1 is a low body temperature. maybe you took your temperature wrong...so try taking it again. 35.1 degrees Celsius is about 95.18 degrees Fahrenheit. Since the optimum temperature for your body to be working at its best is 98.6 degrees Fahrenheit, or about 37 degrees Celsius, I'd say you're a little bit cold.
The melting point of thermoplastics depends on the particular type of thermoplastics. The melting point varies from 160 Degrees Celsius to 350 Degrees Celsius for engineering thermoplastics. When it comes to high temperature thermoplastics, the melting point varies from 3593 to 4010 Degrees Celsius.