Mathematically, a force can then be represented as a mass times an acceleration. So when something is falling, at some speed the Technician I don’t understand stupid people maybe I should take one apart to see how it works shirt moreover I will buy this force of the air resistance equals its weight. When forces are balanced (as described above), the object no longer accelerates. This means there is an upper limit to how fast an object – be it an ant, a basketball, or a person – falls. On a side note, this is why we use parachutes, the increased area means greater air resistance, so the terminal velocity is much smaller than that of a person without one. An ant is very small. Smaller animals have a high ratio of area to mass. Less mass means smaller terminal velocity. Greater area means smaller terminal velocity.
Technician I don’t understand stupid people maybe I should take one apart to see how it works shirt, hoodie, tank top, sweater and long sleeve t-shirt
The terminal velocity of an ant is very small. So no matter how high the Technician I don’t understand stupid people maybe I should take one apart to see how it works shirt moreover I will buy this ant falls from, he isn’t going very fast. A moving object carries energy – kinetic energy is a function of mass and speed squared. The ant has very little of both, therefore a falling ant doesn’t have very much kinetic energy. Where does this energy go when an object lands? It must be converted to other forms of energy – sound, heat, deformation of the object. For their size, ant bodies are very strong, capable of dealing with tremendous amounts of this impact energy. Imagine throwing a rock at a brick wall. You probably can’t throw a rock hard enough to damage it significantly. Set aside the theory.