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Subject Test Chemistry

Question 2 of 9

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SAT Subject Test

Each of the following questions consists of two statements, I in the left-hand column and II in the right-hand column. For each question, determine whether statement I is true or false and whether statement II is true or false. Select the appropriate answer combination from the choices below. Choices with a filled CE oval denote that statement II is a correct explanation of the true statement I.

At the same temperature and pressure, 1 L of hydrogen gas and 1 L of neon gas have the same mass
BECAUSE
equal volumes of ideal gases at the same temperature and pressure contain the same number of moles.

Select an Answer

The figure shows a sample answer grid for question number one hundred one. Option (A) shows the sample answer grid that has a true and a false bubble option for the Roman numeral I statement, a true and false bubble option for the Roman numeral II statement, and a single bubble option for C E. For the Roman numeral I statement the true bubble is filled in, for the Roman numeral II statement the true bubble is filled in, and the C E bubble is filled in.

Correct Answer: 
No

The figure shows a sample answer grid for question number one hundred one. Option (B) shows the sample answer grid that has a true and false bubble option for the Roman numeral I statement, a true and false bubble option for the Roman numeral II statement, and a single bubble option for C E. For the Roman numeral I statement the true bubble is filled in, for the Roman numeral II statement the true bubble is filled in, and the C E bubble is NOT filled in.

Correct Answer: 
No

The figure shows a sample answer grid for question number one hundred one. Option (C) shows the sample answer grid that has a true and false bubble option for the Roman numeral I statement, a true and false bubble option for the Roman numeral II statement, and a single bubble option for C E. For the Roman numeral I statement the true bubble is filled in, for the Roman numeral II statement the false bubble is filled in, and the C E bubble is NOT filled in.

Correct Answer: 
No

The figure shows a sample answer grid for question number one hundred one. Option (D) shows the sample answer grid that has a true and false bubble option for the Roman numeral I statement, a true and false bubble option for the Roman numeral II statement, and a single bubble option for C E. For the Roman numeral I statement the false bubble is filled in, for the Roman numeral II statement the true bubble is filled in, and the C E bubble is NOT filled in.

Correct Answer: 
Yes

The figure shows a sample answer grid for question number one hundred one. Option (E) shows the sample answer grid that has a true and false bubble option for the Roman numeral I statement, a true and false bubble option for the Roman numeral II statement, and a single bubble option for C E. For the Roman numeral I statement the false bubble is filled in, for the Roman numeral II statement the false bubble is filled in, and the C E bubble is NOT filled in.

Correct Answer: 
No

The correct answer is F, T.

According to the ideal gas law left parenthesis P V invisible times equals n R T right parenthesis, if P, V, and T are the same for two different gases, then n (the number of moles) must be the same. Statement text II end text is therefore true. One mole of text H end text subscript 2 end subscript left parenthesis g right parenthesis has a mass of 2 grams and one mole of  text Ne end text left parenthesis g right parenthesis has a mass of 20 grams. Equal numbers of moles of these gases do not have the same mass. Statement text I end text is therefore false.

Question Difficulty: 
easy