Boyle's Law represents the relationship of volume as pressure changes. The constants of Boyle's Law are:

a. pressure and number of molecules of gas

b. volume and temperature

c. pressure and temperature

d. temperature and number of molecules of gas

e. pressure and volume

Question

Kyra Sullivan

Chemistry

Today, 19:50

Boyle's Law represents the relationship of volume as pressure changes. The constants of Boyle's Law are:

a. pressure and number of molecules of gas

b. volume and temperature

c. pressure and temperature

d. temperature and number of molecules of gas

e. pressure and volume

+1

Answers (1)

Know the Answer?

Paulina Welch · Answer 1

d. Temperature and number of molecules of gas

Step-by-step explanation:

Boyle's Law states, "The volume of a fixed mass of a gas is inversely proportional to the pressure if the temperature remains constant."

Let's examine the words.

" ... volume ... is inversely proportional to the pressure ..." This means that volume and pressure are the variables.

" ... fixed mass of a gas ..." means that the number of molecules is constant.

" ... temperature remains constant" speaks for itself.

a, c, and e are wrong, because pressure is a variable.

b is wrong, because volume is a variable.

Boyle's Law represents the relationship of volume as pressure changes. The constants of Boyle's Law are:a. pressure and number of molecules of gasb. volume and temperaturec. pressure and temperatured. temperature and number of molecules of gase. pressure and volume

Boyle's Law represents the relationship of volume as pressure changes. The constants of Boyle's Law are:

a. pressure and number of molecules of gas

b. volume and temperature

c. pressure and temperature

d. temperature and number of molecules of gas

e. pressure and volume