Mass of any body is the quantity of matter contained in a given volume of the body. As we will go from one planet to another planet, the mass of a body i.e the content inside the body remains same. Hence the mass will remain constant. However as we have gone to the other planet ,so there…
Elastic collision : A collision in which both the momentum and kinetic energy of the body remains conserved. e.g. the collision between two metal balls. The basic characteristics of an elastic collision are ♦️Momentum is conserved.♦️Total energy is conserved.♦️Kinetic energy is conserved.♦️Forces involved in the interaction are of conservative nature.♦️Mechanical energy is not transformed into…
Elasticity If any body regains is original shape and size after removal of deforming force that property is called as elasticity The restoring forces that gets developed in the body are very strong and it is capable to bring the displaced molecules to their original positions, and hence helps the object in regaining the original…
Kepler’s laws of planetary motion are three laws formulated by the German astronomer Johannes Kepler in the early 17th century. These laws describe the motion of planets around the Sun and have since played a crucial role in understanding the mechanics of the solar system. The three laws are: 1. The Law of Ellipses: Kepler’s…
After going through we can list some data as, distance d = 170 m To find a) speed v = ? b) distance d= ? Solution – a)its given that girl makes 60 claps in one minute hence she makes 1 clap in 1 sec therefore we can say that …
Going through the sums, we can list the given quantities as, speed v= 1500 m/s time in which the signal is recieved back after hitting the shoal, i.e time for going+time for coming back i.e 2t = 0.45 s therefore t = 0.225s To find distance d = ? Solution – velocity, distance and time can be…
We can list the given data as, frequency n = 170Hz wavelength λ = 2m To find speed v = ? Solution – velocity , frequency and wavelength is connected by the formula v = n x λ v = 170 x 2 v = 340 m/s The speed of sound is 340m/s
After going through the question, we can list the data as velocity v= 340m/s wavelength λ = 1.7m To find a) frequency n = ? b) period T = ? Solution – velocity can be written as v = n x λ n = v / λ n = 340…
