Answer: The distance along the incline the mass slide from the point of release until it is brought momentarily to rest is <em><u>0.68 meter</u></em>
Explanation:
Let distance slide by block along the incline be L
where h = initial height of block from the ground level
Since the inclined surface is frictionless so total mechanical energy is conserved for the spring-block system
Therefore applying conservation of mechanical energy we get
where
= Initial spring potential energy
= Initial gravitational potential energy
= Initial kinetic energy
= Final spring potential energy
=Final gravitational potential energy
= Final kinetic energy
=>
=>
Thus the distance along the incline the mass slide from the point of release until it is brought momentarily to rest is <em><u>0.68 meter</u></em>
Answer with Explanation:
We are given that
Resistivity,
Length of cylinder,l=1.6 m
Diameter ,
Radius,
a.Resistance,
b.Current,I=100 mA=
Potential difference,V=IR
A synthetic element is one of 24 chemical elements that do not occur naturally on Earth: they have been created by human manipulation of fundamental particles in a nuclear reactor, a particle accelerator, or the explosion of an atomic bomb; thus, they are called "synthetic", "artificial", or "man-made". The synthetic elements are those with atomic numbers 95–118, as shown in purple on the accompanying periodic table:[1] these 24 elements were first created between 1944 and 2010. The mechanism for the creation of a synthetic element is to force additional protons onto the nucleus of an element with an atomic number lower than 95. All synthetic elements are unstable, but they decay at a widely varying rate: their half-lives range from 15.6 million years to a few hundred microseconds.
in the same direction as the displacement vector and the motion
You take 3 steps east, turn around & take another 7 steps west (4 steps always from origin) you turn around again and take 6 more steps east - 2 steps always from origin
