I think its the Osculum but Im not sure.
This reaction has an equilibrium constant of at 298K.
Calculate Kp for each reaction and predict whether reactant or products will be favoured at equilibrium.
A)
B)
C)
Answer:
A) : : reactants are favoured
B) : : products are favoured
C) : : reactants are favoured
Explanation:
1. We need to calculate the equilibrium constant for the reverse equation of above chemical equation, which is:
As is less than 1, reactants will be favored at equilibrium.
2. We need to calculate the equilibrium constant for the half equation of above chemical equation, which is:
As is greater than 1, products will be favored at equilibrium.
3. We need to calculate the equilibrium constant for the reverse and twice the equation of above chemical equation, which is
As is less than 1, reactants will be favored at equilibrium.
Answer:
Most chunks of land will probably explode into a giant dust cloud if you hit them together at hundreds of miles per hour. with these types of collisions, the densest stone will turn to gravel. people will be flung into the air. people will tumble across the ground, or be flattened by a sudden acceleration.
Explanation:
Thank you Charlie
The answer is a change in internal energy causes work to be done and heat to flow into the system.
<u>Explanation:</u>
Boyle's law says, PV=RT
- Here P represents the pressure, V represents the volume and T represents the temperature. R is a constant. The volume of an ideal gas is inversely proportional to its pressure if the temperature is constant.
- When a bubble is present in deep water it has water pressure and atmospheric pressure. Then the Volume increases when water pressure raises which is proportional to the depth reduces.
- But we should not finalize the volume of the bubble will be four-time as great as at the top than the bottom. if the bottom of the lake is at four atmospheres, the temperature will not be equal to the top.
- If the bubble travels from the bottom to the top or vice-versa, it's going to lose or gain heat in a way that must be quite hard to measure.