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You can see that for each human, it's just a measly 2 watts of power. You can see my calculations and even change them if you like. I just need to take the number of doughnuts per day and convert that energy to joules and then divide by the length of a day (in seconds). I'm just going to make a rough guess that the process of doughnut eating to electrical energy is 25 percent efficient. In the end, only a percentage of the energy goes into electrical energy.
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Also, with a stationary bike generator some of the energy the human uses to push the pedals also goes into heating up some of the moving parts. When a human eats a doughnut, only some of the chemical energy goes all the way into useful energy. We just need one more estimation-the efficiency. We are almost ready to calculate the vaccine doughnut power.
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In this expression, if ΔE is the change in energy in units of joules and Δt is the time interval in seconds then the power will be in units of watts. So that gives you a rough feeling for the amount of energy in a joule.īut what about power? Power is the rate of energy change. This will give a change in energy of about 10 joules. The change in gravitational potential energy is equal to the mass of the book (about 1 kilogram) multiplied by the local gravitational field ( g = 9.8 N/kg) and then multiplied by the change in height (about 1 meter). Since you are exerting a force on the book over some distance, you have to change the gravitational potential energy of that book. Suppose you have a textbook on the floor and you pick it up to put it on a table. But what does this have to do with your everyday life? Let's consider something you might do without too much effort. To convert between units, 1 calorie is equal to 4.184 joules. Since this is the preferred unit of energy for physicists, I'm going to use it. There is another unit of energy-the joule. I guess it just sounds like it's too big of a number for people to consider eating. For some reason, all food labels list stuff in Calories-but these are really kilocalories. Then, later people used it to measure the amount of chemical energy your body can get from eating food.
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According to Krispy Kreme's site, a plain glazed doughnut is 190 Calories. Next, I need to know the amount of energy per doughnut. I'm also going to assume that all these people get their doughnut-every day. Oh, don't worry too much about the numbers-I'm going to do all my calculations in python so that you can change the values if that makes you happy. According to the Center for Disease Control (CDC) 63 million Americans have been fully vaccinated so far (as of April 7 2021). The first thing we need is the number of doughnuts a day. What kind of power output would this produce? All of these bikes are then connected to generators so that they feed into the power grid. So, suppose that all these humans eat their doughnut and then use the extra energy to peddle a stationary bike. Of course eating food gives you energy to do stuff-that's how food works.
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Let's say that all the Americans that have a COVID vaccine get (and eat) one doughnut a day. OK, so how about some physics estimations to go along with your tasty doughnut? Oh, it's not just one doughnut-it's one doughnut every day. Once you get your vaccine, you get a doughnut. But wait! If you get vaccinated, you can also get a doughnut! At least that's the deal that Krispy Kreme Doughnuts is offering. Output 12 volt, 6 Volt, 9 Volt (NEW) and USB (NEW)Should you get a COVID vaccine? Yes, it will protect you AND protect others to help us move past this pandemic so we can get back to a more normal life.Dimension: 6 1/2 inches wide, 5 1/2 inches tall, 1 1/4 inches deepThreaded mount insert size: 1/4"-20 UNC.For supplying 12 volt power to devices with 5.5mm x 2.1mm plug, or supplying 6 volt power to device with a 4.0mm x 1.7mm plug. Power Cable C, 5.5mm x 2.1mm on one end and 4.0mm x 1.7mm on the other end.For supplying 6 volt power to devices with the same size plug. Power Cable B, 5.5mm x 2.1mm on both ends.For supplying 12 volt power to devices with the same size plug. Power Cable A, 4.0mm x 1.7mm on both ends.Perfect for Charging the REAKTOR™ Without the Sun. 110/220 Power Adapter That Outputs 12 Volts 2.0 A.Output 12 volt, 6 volt, 9 volt (New for 2022), USB (New for 2022).Powers Kill Light® Photocell Feeder Light, Motion Feeder Light, Xtreme Bright, Outfitter (2nd Gen w/ Aux Port) and Blind Sider X2.Ideal for powering most trail cameras on the market.**NEW FOR 2022 The REAKTOR now outputs 9 Volt and USB**