The answer is molar mass to MO2SO4
Answer:
an increasng atomic number/ increasing proton count
Explanation:
Answer:
Half Cell (1)oxidation reaction (2) redox reaction
Anode----(1)and(2) electrochemical cell at which oxidation occurs
Cathode---(1)and(2)electrochemical cell at which reduction
Electrolytes----(1)ammonium chloride------
Oxidation Reaction --- (1)in Anode(2)in Anode
Reduction Reaction----(1)in Cathode(2)in cathode
Bridge---(1)Zinc–carbon battery(2) Galvanic cell
Relative size ------ (1)smaller--------(2)much larger
Explanation:
the first law says that the change in internal energy of a system is given by:
δ<span>E = δq + δw</span>
where δ<span>E is the i change in internal energy, </span>
<span>δq is the amount of thermal energy added to the system from the surroundings </span>
<span>δw is the l work done *on* the system *by* the surroundings. </span>
<span>For a system only undergoing expansion work,
δw = -p</span>δ<span>V, so: </span>
δE = δq - p δ<span>V </span>
when δV = 0, then δe=δq
It's depending on what size of the tree it is. For example, if the tree is large it will block most of the water that runs through. If the tree is small it shouldn't do as much besides block a little amount of water and it will probably go down stream.
This is based on my thinking
