Due to absorption of energy, the molecules inside the balloon will spread out and the slightly inflated balloon will increase in size.
<h3>Kinetic theory of matter</h3>
The kinetic theory of matter states that the molecules that compose matter are in constant random motion and collide with the walls of the container. When a slightly inflated balloon is placed about eight centimeters above a burning candle, the size if the balloon increase owing to the expansion of the gas molecules inside the balloon. They acquire more energy and spread out.
When placed in cold water, the gas molecules loose energy and become less mobile. As such, the gas molecules contract and the balloon decreases in size.
Learn more about kinetic molecular theory: brainly.com/question/15013597
Answer:
The value of Kp for the system = 0.0128 atm
Explanation:
Let, the gaseous substance is SO₂Cl₂
SO₂Cl₂ ⇄ SO₂ + Cl₂
Initially x 0 0
At equilibrium (x - 14.5%x) 14.5%x 14.5%x
= 85.5 % x
Total moles of gases at equilibrium
= 85.5 % x + 14.5%x + 14.5%x
= 114.5 % x
Partial pressure of SO₂ () =
Partial pressure of Cl₂
Partial pressure of SO₂Cl₂
So,
Answer: 2Cr + 3Br2 Yields 3CrBr3
Explanation:
We know that 4a is not balanced because there are 3 Nitrogen atoms on the reactants side and 2 on the products side.
We know that 4c is not balanced because there are 4 Chlorine atoms on the reactants side and 2 on the products side. (Remember there are 2 Cl2 atoms. Therefore, 2 times 2 means there are 4 Chlorine atoms on the reactants side)
Finally, we know the answer is not 4d because there is 1 Potassium on the reactants side and 2 potassiums on the products side.
Therefore, the answer must be 4b, which contains 2 Chromium atoms and 6 bromine atoms on each side
Answer:
sour
Explanation:
Sour is a characteristic property of all acids in aqueous solution.