Answer:
When iron turns to rust, the chemical identity of the iron changes. When you break ice, the ice is still ice
Answer:
E. 8.08 x 10⁴.
Explanation:
Hello,
In this case, for the reaction:
We can compute the Gibbs free energy of reaction via:
Since both the entropy and enthalpy of reaction are given at 298 K (standard temperature), therefore:
Then, as the equilibrium constant is computed as:
We obtain:
For which the answer is E. 8.08 x 10⁴.
Best regards,
Answer:
Container A is a solution and Container B is a colloid.
Explanation:
Container A is a solution as the tyndall efffect is not present. You cannot see the light bean through the glass.
Container B is a suspension or a colloid as you can see the beam through the glass.
The first option proposes Container A is a colloid...this is not correct
The third option is not true as the tyndall effect is only displayed in container B
The fourth option is not correct the tyndall effect is not present in container A meaning it would not be a suspension or a colloid and you can see the tyndall effect in container B indicating its not a solution
