A particle is moving along a circular path such that
Answers
Answer:
pseudocoelomate (sōō´dōsē´ləmāt´), any of a group of invertebrates with a three-layered body that has a fluid-filled body cavity (pseudocoelom) between the endoderm and the mesoderm (the innermost and middle tissue layers). The pseudocoelom is contrasted with the coelom of mollusks, annelid worms, and the more complex animals (including humans and other vertebrates). Pseudocoelomates lack a circulatory system, and the pseudocoelom itself lacks the endothelial lining of a coelom. The hydrostatic pressure of the pseudocoelom gives the body a supportive framework that acts as a skeleton. Nematodes or roundworms (see Nematoda), rotifers (see Rotifera), acanthocephalans (spiny-headed worms), kinorhynchs (see Kinorhyncha) and nematomorphs or horsehair worms (see Nematomorpha) are pseudocoelomates.
Answer:
If a particle is moving along a circular path then centripetal force will act on it. The distance travelled by a particle in a particular interval of time, is expressed in terms of average speed. Since it is given that the magnitude of the particle is constant, this means that the speed of the particle is constant, but the velocity is changing as direction is also changing.
So, this is an example of particles moving with constant speed and variable velocity.