The flapping wings of a bee generate a small amount of heat due to the muscular activity involved in wing movement. This process can increase the temperature of the bee's body slightly, but the exact amount of heat produced varies based on factors such as the bee's size, activity level, and environmental conditions. Generally, the heat generated is not quantified in precise terms but is part of the bee's thermoregulation process, allowing them to maintain their body temperature while flying.
Ornithopter is an aircraft designed to derive its chief support and propulsion from flapping wings, much like a bird.
about 900
They do not generate enough heat to burn a book if cliped on and the bulb not close.
Neon signs generate a small amount of heat when they are turned on, typically around 60-80 degrees Fahrenheit.
Big birds can fly over parking lots on sunny days without flapping their wings because of the rising hot air acting as a thermal current which creats lift and negates the need to flap their wings. The wings in these circumstances act like the wings of a glider.
350 degree Fahrenheit of temperature.
On average, a human generates about 100 watts of body heat.
The human body generates an average of about 100 watts of heat.
On average, a person generates about 100 watts of heat per hour.
grow wing and then go to KFC and get some chicken feathers and some tar and go to the highest building and jump of and flap your arms like a little kid getting raped by Michael Jackson who is getting hunted by the Olive Warrior
There are many ways how electricity can create heat. For example, passing a current through a wire of high resistance (i.e. a resistor) will generate heat, though not much.
A human body generates around 100 watts of heat at rest, but this amount can increase with physical activity or environmental conditions.