Answer:
Explanation:
The equation that models the <em>equilibrium between hemoglobin, oxygen, and oxyhemoglobin</em> is:
According to <em>LeChatelier's principle</em>, the equilibrium shifts to counteract the the unbalancing action.
As the <em>climbers ascend</em>, the concentration of oxygen, O₂(g) decreases, meaning that the reverse reaction will increase, allowing the oxyhemoglobin produce more oxygen. Thus, the equilbrium would <u>shift to the left </u>as the climbers ascend to higher altitudes.
Explanation:
The electronic configuration of the element given is:
[Ne] 3s 3p
The family is the group the compound belongs on the periodic table. It is given by the number of valence electrons it contains.
The period is given by the principal quantum number. The principal quantum number is 3
The Orbital block is in the p-block
Redox reaction is the chemical reaction in which both oxidation (loss of electrons) and reduction (gain of electrons) takes place or transfer of electrons between two species occurs.
The given chemical equation is :
Here, in reactant side, the oxidation state of zinc is zero (0), after reacting with hydrogen chloride, the oxidation sate of zinc becomes two (+2). In this reaction, electrons are transferred from zinc atoms to the hydrogen atoms. Thus, zinc is oxidized by losing electrons.
Hence, oxidation state of zinc increases due to loses electrons i.e. Option (A) is correct.
Answer:
Gamma
Explanation:
I'm not sure how to do it without calculations but:
E=hv
7*10^7 J/mol=6.626*10^34 Js * v
v=1*10^41
Gamma rays.
More here: https://www.hasd.org/faculty/AndrewSchweitzer/spectroscopy.pdf