Answer:
CoSO₄.7H₂O
Explanation:
Some salts are in its hydrate form to stabilize them. The hydrated form of CoSO₄ is:
CoSO₄.XH₂O
To find the hydration of the COSO₄ you must find the ratio of H₂O and CoSO₄ that is:
0.068921 moles H₂O / 0.0098459 moles CoSO₄ = 7
That means you have 7 moles of water per mol of CoSO₄ and the formula is:
<h3>CoSO₄.7H₂O</h3>
Answer:
<u>Part -A:</u>
Sulfur released is .
<u>Part-B:</u>
released of per EPA norms is .
Explanation:
From the given,
The output = 1100 Mw
Efficiency = η = 0.4
Substitute the values in the following
Input = Output / η
Let's converts between joules to BTU.
1 BTU = 1056 J
<u>Part-A;</u>
But it has 2% sulfur
The mass of sulfur released
Therefore, released sulfur is .
<u>Part -B;</u>
One pound of sulfur produce two pounds of sulfur dioxide
Initial amount of produced sulfur =
Assuming we added a 80% efficiency then,
Released sulfur dioxide =
Energy produced in an hour =
Therefore, released of per EPA norms is .
Answer:
The organism's homeostasis will become unstable because the internal environmental state is not balanced with the external environmental state and will die.
Explanation:
Answer:
A) mass divided by volume
Explanation: