The Secret Advantage of Coors Light Beer Cans - page 3

Bonus Experiment

To round out the Coors Light vs. Bud Light can temperature experiments, we needed a heat conduction test. Odie volunteered. In this test, he would simply hold a can of each beer, and chart the temperature change after 15 minutes.

The cans started at 50°F and 49.6°F, respectively. You can judge Odie's hotness for yourself.

In fifteen minutes, Odie's hands were badly frostbitten. Well, perhaps not frostbitten, but definitely nipped. Temperature checks revealed that the beer in the cans had risen about 11°F.

The Coors Light, again, started off as the warmer can, and remained slightly warmer than the Bud Light.

I really wanted to reveal a critical new property of beer cans, but all of these experiments show the color really doesn't matter in a meaningful way.

The good news is that you don't have to start drinking Coors Light.

other beer experiments:
Beer Can Cozie Test | How Much is Inside a Keg? | the Advantage of Coors Light Beer Cans | How Long Does it Take for Beer to Explode in the Freezer? | Breathalyser Experiment | The fastest way to cool down beer. | The quest for a solid ice beer tray. | bottling keg leftovers | Coors Light Cold Activation Temperature Indicator Decoder |