1. Add benzyl alcohol (in the alcohols folder) to the round-bottomed flask and drag a sample from the flask to the clamp above the stir plate. 2. Add aq. H2CrO4 from the benchtop and note what happens in the associated video. Dispose of the tube by dragging it to the waste container. 3. Set up a new test tube of the sample. Add ZnC2 and record what happens in the video. Then dispose of the sample. 4. Place the cursor on the IR spectrometer and drag across to the RBF to generate the IR spectrum of the alcohol sample. 5. Select which of the following statements apply to your experiments; choose all appropriate answers. (A) From the video, the alcohol did not react with chromic acid (B) From the video, the alcohol reacted since an obvious colour change was observed (C) The most likely product of the reaction with chromic acid was benzoic acid (D) No colour change or precipitation was observed when ZnCiz was added to benzyl alcohol The most likely product of the reaction with ZnCi2 was benzyl chloride The IR spectrum conformed the alcohol structure with a broad signal at 3400 wavenumbers