The normal phase of aluminum at room temperature is a solid. You can, however, heat to really high temperatures until it becomes a liquid or even a gas.
A normal JK flip-flop has the output change state based on the input on the leading edge of clock, while the master-slave variety predetermines the output on the leading edge of clock and then effects the actual change of the trailing edge of clock, making it impervious to race conditions.
Sometimes. It depends on the size of the light (watts), the operating voltage, and the line voltage. Very large high voltage lights often buzz.
The normal phase of molybdenum is when it is at normal room temperature.
Steam has a minimum temperature of 212 degrees Fahrenheit or 100 degrees Celsius, because those are the temperature at which water boils under normal pressure. Once steam goes below those temperatures it turns back into water. Steam can be heated above those temperatures under certain conditions and is then called superheated steam.
yes.
it is about 39.5 degree Celsius
37 C is normal human body temperature.
The liquefaction of chlorine gas at 35 degrees Celsius under normal pressure is a physical change. It involves a change in the state of the substance (from gas to liquid) without altering its chemical composition.
Normal body temperature in degrees fahrenheit is 98.6 and 37 in degrees Celsius.
The liquefaction of chlorine gas at -35 degrees Celsius under normal pressure is a physical change. This is because the change in state from a gas to a liquid does not alter the chemical composition of the substance, only its physical state.
For human body temperature, 37 degrees Celsius is normal.
37.2 - 38.2 degree Celsius is the normal body temperature of a buffalo.
the boiling point of water under normal atmospheric conditions.
100 Celsius which = 212 Degree Fahrenheit
A "degree" on the Celsius scale is larger than a "degree" on the Fahrenheit scale. There are 100 equal intervals (degrees) between 0 °C and 100 °C, the freezing and boiling points of water. There are 180 equal intervals between those same temperatures on the Fahrenheit scale (32 °F and 212 °F). That makes each Celsius degree 1.8 times as large (wide) an interval as the Fahrenheit degree. This is the basis for the "9/5" an "5/9" fractions in the conversion formulas (9/5 = 1.8). Some conversion formulas omit the fractions in favor of multiplying or dividing by 1.8, which is a single step. (see related questions)
Lead has a normal melting point of 327 degrees Celsius, while zinc has a normal melting point of 419 degrees Celsius. Both of these materials have higher melting points than 146 degrees Celsius.