2 The temperature change in the syringe is measured with a low temperature thermistor. Theresponse time on the thermistor is around half a second. Why is it not possible to measure thetemperature instantaneously?a. Because the temperature sensor needs to take the average temperature over a long periodof time.O b. Because the temperature sensor needs to come into thermal equilibrium with the air insidethe syringe.O c. Because the temperature sensor needs to come into thermal equilibrium with the airoutside the syringe.O d. Because the temperature sensor is not very sensitive, so we need to gather data for a longtime.CheckThe experiment you are about to see is measuring isothermal compression.During the experiment process, masses are added to the top of the syringe. We always wait a whilebetween adding masses to the syringe; why?a. So the temperature sensor does not overheat.b.To allow the temperature sensor to reach thermal equilibrium with the syringe.O c.To allow the gas inside the syringe to reach thermal equilibrium with the air outside of thesyringe.O d. To ensure we do not break the syringe with too much weight. Why is it important that we let the syringe cool down before adding more mass?O a. To ensure that the process is isothermal that the temperature remains constant.b.To ensure that the process follows the law of conservation of energy.O c.To ensure that the process happens slowly enough that we can treat it as adiabatic.d. To ensure that the volume of the system never changes.

The temperature change in the syringe is measured with a low temperature thermistor. The response time on the thermistor is around half a second. Why is it not possible to measure the temperature instantaneously? a. Because the temperature sensor needs to take the average temperature over a long period of time. O b. Because the temperature sensor needs to come into thermal equilibrium with the air inside the syringe. O c. Because the temperature sensor needs to come into thermal equilibrium with the air outside the syringe. O d. Because the temperature sensor is not very sensitive, so we need to gather data for a long time.

The temperature change in the syringe is measured with a low temperature thermistor. The response time on the thermistor is around half a second. Why is it not possible to measure the temperature instantaneously? a. Because the temperature sensor needs to take the average temperature over a long period of time. O b. Because the temperature sensor needs to come into thermal equilibrium with the air inside the syringe. O c. Because the temperature sensor needs to come into thermal equilibrium with the air outside the syringe. O d. Because the temperature sensor is not very sensitive, so we need to gather data for a long time.