The temperature scale that must be used in Charles' Law problems is the Kelvin scale. This is because Charles' Law relates the volume of a gas to its temperature in Kelvin, and temperature must be in Kelvin to ensure a direct relationship between volume and temperature.
Temperature must be in Kelvin when using Charles's Law because it is an absolute temperature scale that starts at zero Kelvin, where molecular motion theoretically stops. Since Charles's Law involves the ratio of volumes and temperatures, using the Kelvin scale ensures consistency and accurate results in the calculations.
Temperature readings are typically measured on a scale, such as Celsius or Fahrenheit. To get a higher reading on a thermometer, the temperature must increase on that scale. For example, if you have a thermometer in Celsius and the current reading is 20°C, the temperature would need to increase to above 20°C to see a higher reading.
The bulb of the thermometer must be submerged in the water because that is where the temperature of the water is accurately measured. The bulb is the part of the thermometer that contains the temperature-sensitive material, such as mercury or alcohol, which expands or contracts depending on the temperature of the water. This expansion or contraction is then displayed on the thermometer scale, giving an accurate reading of the water temperature.
No. If the temperature of a gas increases at least one of the other two values must increase as well.
Quantities such as speed, temperature, and position must always be measured or described relative to a reference point or standard in order to have meaning. For example, speed is measured relative to a specific point in time, temperature is measured relative to a chosen scale, and position is described relative to a coordinate system.
Yes, temperature is typically expressed in Celsius when using Charles' Law, as the relationship between volume and temperature is directly proportional. It is important to ensure that the temperature is measured in Kelvin when using the ideal gas law.
The "Kelvin" scale, which uses the same size of degree as Celsius, but with a zero value at absolute zero. (on the Celsius scale, absolute zero is -273.15° C) There are no negative temperature values on the Kelvin scale.
Temperature must be in Kelvin when using Charles's law, as it is a gas law that states that the volume of a gas is directly proportional to its absolute temperature when pressure and amount of gas are constant.
Temperature must be in Kelvin when using Charles's Law because it is an absolute temperature scale that starts at zero Kelvin, where molecular motion theoretically stops. Since Charles's Law involves the ratio of volumes and temperatures, using the Kelvin scale ensures consistency and accurate results in the calculations.
An absolute scale, such as Kelvin.
For Charles' Law(V1/T1=V2/T2) T1 and T2 must be in Kelvin temperature scale. This way their is no negatives or zero as 0 on the Kelvin scale would be no kinetic energy (absolute zero) which as never occurred as far as we are aware. The Kelvin temperature scale is Celcius minus 273.15 °. The volume however can be whatever you want as long as V1 and V2 are the same in the equation
The Kelvin scale is used.
Temperature must be measured in Kelvin for both Charles's Law and the Combined Gas Law. This is because Kelvin is on an absolute scale, where 0 K represents absolute zero, ensuring accurate calculations in these gas laws.
The temperature scale that must be used in all gas laws is the Kelvin scale. This is because the Kelvin scale starts at absolute zero, which is the point where particles have minimal kinetic energy, making it the ideal scale for gas laws calculations.
PV = nRT You can use whatever you want essentially, however S.I units are generally preferred so you don't end up in a mess. P in pascals (Pa) V in metres (m3) n is just the number of moles R is the gas constant 8.3145x103 (JK-1mol-1) T is temperature in Kelvin (K) Converting Celsius to Kelvin is simple (degrees celcius + 273.15) = temperature in Kelvin Note:- if you keep pressure in Torr rather than Pa, you have to use a different value for the gas constant R.
The ideal gas equation should be used with the Kelvin temperature scale because it is an absolute temperature scale where 0 K represents absolute zero. Using Celsius or Fahrenheit scales could lead to incorrect calculations in the ideal gas equation.
Temperature readings are typically measured on a scale, such as Celsius or Fahrenheit. To get a higher reading on a thermometer, the temperature must increase on that scale. For example, if you have a thermometer in Celsius and the current reading is 20°C, the temperature would need to increase to above 20°C to see a higher reading.