Answer: A sealed room whose volume is 1,000 ft3, will fizz more than a room whose volume is 5,000 ft3
Explanation:
The fizzing of soda is due to the internal pressure experienced by the carbondioxide inside the soda. The fizz that bubbles up when you crack open a can of soda is carbon dioxide gas (CO2). Soft drink manufacturers add this tingling froth by forcing carbon dioxide and water into your soda at high pressures
If this is opened in two different rooms of different volumes, there must be a difference in pressure too. Because volume is proportional to pressure.
Actually, the fizzing of soda depends on temperature.
A sealed room whose volume is 1,000 ft3, will have higher pressure than a room whose volume is 5,000 ft3
We can therefore conclude that :
A sealed room whose volume is 1,000 ft3, will fizz more than a room whose volume is 5,000 ft3
Answer:
The answer is B
Ik the answer is B because i founf the answer on quizlet, and i got it right on my quiz.
Well, this would be a science question, not a health question. But an example of the transfer of energy from the atmosphere to the lithosphere would be the water cycle which transfers the water mass energy from the atmosphere to the lithosphere and back again.
I think our should use the bycical therapy
