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absolute zero
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What is The temperature on the Fahrenheit scale where all molecular biology activity stops is?
The temperature on the Fahrenheit scale where all molecular biology activity stops is approximately -459.67°F, which is equivalent to absolute zero (0 Kelvin or -273.15°C). At this temperature, molecular motion ceases, effectively halting all biological processes. However, it is important to note that such temperatures are not naturally occurring and cannot be achieved in practical scenarios.
What is the temperature the Fahrenheit scale where all molecular biology activity stops?
Molecular biology activity stops at around -40 degrees Fahrenheit, which is equivalent to -40 degrees Celsius. At this low temperature, water molecules freeze, halting the movement and functioning of biological molecules.
Why temperature is measured at -273k?
Temperature is measured at 0 Kelvin (-273 degrees Celsius) because it is the point at which all molecular motion stops. This point is known as absolute zero and serves as the basis for the Kelvin temperature scale.
What would happen if the temperature dropped below -273.15 degrees Celsius?
It is absolute zero and all molecular motion stops
When does all motion of molecules stop?
When the temperature reached absolute zero (0 Kelvin or -273 Celsius), all molecular motion ceases.
The theoretical point at which all molecular motion stops is called?
"absolute zero" or 0 degrees Kelvin.
What is the temperature on the Fahrenheit scale at which all molecular motion virtually stops?
The temperature at which all molecular motion virtually stops is -459.67°F, also known as absolute zero. At this temperature, particles have minimal kinetic energy, resulting in minimal movement.
What is the lowest kelvin temperature and what happens at this temperature?
The lowest kelvin temp is 0 K. All molecular movement stops.
What is The temperature on the Fahrenheit scale where all molecular biology activity stops is?
The temperature on the Fahrenheit scale where all molecular biology activity stops is approximately -459.67°F, which is equivalent to absolute zero (0 Kelvin or -273.15°C). At this temperature, molecular motion ceases, effectively halting all biological processes. However, it is important to note that such temperatures are not naturally occurring and cannot be achieved in practical scenarios.
What is the temperature at which all molecular motion stops?
This is called absolute zero. The temperature is 0 Kelvin or -273.15 degrees Celsius.
What are facts about temperature?
Temperature is atomic and molecular vibration.There is a lowest but nor a highest temperature.The lowest temperature, Absolute Zero or 0K is the point when all atomic vibration stops.
What is the temperature the Fahrenheit scale where all molecular biology activity stops?
Molecular biology activity stops at around -40 degrees Fahrenheit, which is equivalent to -40 degrees Celsius. At this low temperature, water molecules freeze, halting the movement and functioning of biological molecules.
Is anything called cold?
yes, only something that is at absolute zero, a hypothetical temperature limit that all molecular motion stops. the temperature is 273.15o Celsius.
What is the temperature -273 and degC?
-273 degrees Celsius is equivalent to 0 Kelvin. This is known as absolute zero, the lowest possible temperature where all molecular motion stops.
What temperature is impossible to measure?
It is theoretically impossible to measure absolute zero temperature, which is 0 Kelvin. At this temperature, all molecular motion stops completely, making conventional temperature measurement methods ineffective.
What is the coldest temperature that ice can reach?
The coldest temperature that ice can reach is -273.15 degrees Celsius, also known as absolute zero. At this temperature, all molecular motion stops, making it the lowest possible temperature.
Why temperature is measured at -273k?
Temperature is measured at 0 Kelvin (-273 degrees Celsius) because it is the point at which all molecular motion stops. This point is known as absolute zero and serves as the basis for the Kelvin temperature scale.
