Answer:
D. It contains a phosphate with higher phosphoryl transfer potential than ATP
Explanation:
1,3-Bisphosphoglycerate contains a phosphate group that has high phosphoryl transfer potential than ATP (they can transfer the phosphoryl group to ATP). Other high phosphoryl transfer potential groups include :Creatine kinase and phosphoenolpyruvate.
Answer:
False
Explanation:
Compounds are chemically combined
lemonade is not
If the squeezed lemonade is made by squeezing lemons to extract the juice and mixing it with water and sugar, it would be a homogenous mixture.
If it contains a pulp than it would be heterogeneous
Because it's oil and oil always sits on top of water
Answer:
Li⁺
Explanation:
In ion formation, the ionization energy plays a very important role. To form an ion, an atom will lose or gain an electron to become charged.
The higher the ionization energy of an atom, the more the energy required to remove an electron from it to form an ion.
- Ionization energy is the energy required to remove an electron from an atom.
- It is the readiness of an atom to lose an electron. The lower the value, the easier it is for an atom to lose an electron and vice versa.
Generally, down the group, ionization energy decreases. Since both potassium and lithium are in group 1, Li will have a higher ionization energy. It will take more energy to form Li⁺ compared to K⁺.
The three processes take place during cellular respiration are :- 1. Glycolysis : we start with a glucose molecule which has six carbon molecule backbone. It is divided into two pyruvates which is 3 carbon molecule backbone. Then it uses two ATP s to produce 4 ATP s 2 NADHs . (Remember this happens twice because we have two pyruvates this is one of the pyruvate.) . Then we comes to 2. Kreb's cycle or citric acid cycle :- it produces 2 ATPs , 6 NADHs and 2 FADHs net. The pyruvate enters the krebs cycle the one of the carbon reduced by oxygen to form CO2 and the remaining reacted with oxaloacetic acid (c-c-c-c) molecule to form citric acid (cccccc) molecule then this citric acid turns to form this oxaloacetic acid again and the two carbon reduced to produce co2 again. 2 ATPs are also formed during this cycle. Then we enter the next stage. 3. Electron transport chain:- it produces 38 ATPs by various processes .
