Answer : The mass of oxygen combined with 1.00 g of carbon in carbon dioxide will be, 2.66 grams.
Explanation :
Law of multiple proportion : It states that when two elements can combine to form two or more different compounds then the mass of one element compared to fixed mass of the other will always be in a ratio of small whole numbers.
As we are given that the mass of ratio of carbon and oxygen in CO is 1 gram and 1.33 gram.
Ratio of C and O in CO = 1 : 1
Ratio of C and O in CO₂ = 1 : 2
So, the mass of ratio of carbon and oxygen in CO₂ will be 1 gram and (2×1.33) 2.66 gram.
Thus, the mass of oxygen combined with 1.00 g of carbon in carbon dioxide will be, 2.66 grams.
L refers to the subshell, and L=0 goes with the S-subshell. since Ba is in the 6th shell, there would be 12 electrons in the S-subshell. as for ml values, they rage from -L to L, and since your L value is 0, the only ml value you have is 0 and so there are no electrons that have both values of L=0 and ml=1.
<span>A. the sum of the protons and neutrons in one atom of the element</span>
Answer:
The correct answer is yes,because cyanide inhibits ATP production in the mitochondria.
Explanation:
Uncouplers are the chemical agents which does not have any effect in the transport of electrons through various electron carriers of the electron transport chain but block the formation of ATP.
Cyanide binds to the complex v also known as ATP synthase and inhibits the functioning of later(ATP synthase). As a result the ATP formation is being blocked.
Thus cyanide can act as decoupler.