Which statement explains which thermometer is MORE appropriate to measure the temperature of a liquid at 43.6 degrees Celsius A) Thermometer A, because it measures temperature more accurately than thermometer B

B) Thermometer B, because it measures temperature more accurately than thermometer A

C) Thermometer A, because it measures temperature more precisely than thermometer B

D) Thermometer B, because it measures temperature more precisely than thermometer A

Option A.

Explanation:

According to the attached picture (which I'm assuming is the same that you have, but you forgot to attach) let's see wchi thermometer will help to measure the temperature of this liquid at 43.6 °C

In thermometer A, we can see that the the measures of temperatures are measured to the tenth digit. This means that the measures would be more accurate, and this is precisaly what we want in this case, because the temperature we need to measure is 43.6 °C.

Thermometer B measures to 1 digit only, therefore, is less accurate than thermometer A, and the measure would not be readable with accuracy.

Remember that accuracy is related to the closeness of a standard value, while the precision is related to the closeness of two or more measures.

In this problem we do not have several measures, just one, and we need to do it with more accuracy, so thermometer A would fullfill this.

Aconductor easily transfer heat

Okay well gravitational energy is matter forced by gravity making energy though the kinetic energy then the electric energy produces electricity from the kinetic energy and the kinetic energy gets its energy from the gravitational energy. was that the answer you wanted or something else?