part b refer to the observations of the test tubes from part a. determine which metal (or hydrogen) in each…

part b refer to the observations of the test tubes from part a. determine which metal (or hydrogen) in each test tube is more reactive. remember that the less reactive metal (or hydrogen) will typically end up in pure form as an element, so no reaction will occur if the less reactive metal (or hydrogen) is the one that begins in pure form. test tube elements to compare more reactive element 1 iron and copper 2 copper and hydrogen 3 zinc and iron 4 zinc and magnesium 5 zinc and hydrogen 6 iron and hydrogen

part b refer to the observations of the test tubes from part a. determine which metal (or hydrogen) in each test tube is more reactive. remember that the less reactive metal (or hydrogen) will typically end up in pure form as an element, so no reaction will occur if the less reactive metal (or hydrogen) is the one that begins in pure form. test tube elements to compare more reactive element 1 iron and copper 2 copper and hydrogen 3 zinc and iron 4 zinc and magnesium 5 zinc and hydrogen 6 iron and hydrogen

Answer

Explanation:

Step1: Recall reactivity series

The reactivity series of metals (and hydrogen) is used to determine which is more reactive.

Step2: Compare iron and copper

In the reactivity series, iron is more reactive than copper.

Step3: Compare copper and hydrogen

Hydrogen is more reactive than copper.

Step4: Compare zinc and iron

Zinc is more reactive than iron.

Step5: Compare zinc and magnesium

Magnesium is more reactive than zinc.

Step6: Compare zinc and hydrogen

Zinc is more reactive than hydrogen.

Step7: Compare iron and hydrogen

Iron is more reactive than hydrogen.

Answer:

  1. Iron
  2. Hydrogen
  3. Zinc
  4. Magnesium
  5. Zinc
  6. Iron