Answer: option 1) <span>
2Cr3+(aq)+6Cl-(aq) ------> 2Cr(s)+3Cl2(g)Explanation:1) Write the oxidation half-reaction:

2) Write the reduction half-raction:

3) Multiply each half-reaction by the appropiate coefficient to equal the number of electrons of both half-reactions.

4) Add both half-reactions

And that is the answer. You can count the atoms and charges on every side and check they are equal.
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Answer:
the stem, but if its more specific xylem cells
Answer is (b) , because a chemical change happened
Selfmade.ivyy hope this help