<span>Erwin Schrödinger was the one who created the electron cloud model </span>
Answer:
given,
mass of the skier = 70.1 Kg
angle with horizontal, θ = 8.6°
magnitude of the force,F = ?
a) Applying newton's second law
velocity is constant, a = 0



b) now, when acceleration, a = 0.135 m/s²
velocity is constant, a = 0.135 m/s₂



All spring have what is called a 'spring constant'. This 'spring constant' tells us how strongly the spring wants to go back into its regular position if it is stretched or compressed. So, if you pull on a spring and let go, it will pull back to its regular position, except it will go a little farther than its resting place, so the spring pushes back against the compression and the force will cause the spring to stretch again, but this time not as far as you pulled it. This process repeats until the stretching followed by compression becomes smaller and smaller until it appears to be settled.
Hope this helps you understand! Good luck!
Answer:
#See solution for details
Explanation:
--The coil needs current for it to be able to read the strip.
-On a moving magnet or changing magnetic field will provide the electric field required to push induce the current needed.
-A moving magnet will induce a current in the coil so that the magnetic strip can be read.
Desireurban has given a good discussion in the first answer,
but be careful with it:
-- Yes, skimming instead of reading carefully can be non-productive.
-- Using credible sources is MORE productive, and using less reliable sources
can be LESS productive.
Another nonproductive learning behavior ... one that I worry about a lot ...
is slapping the question up on Brainly and waiting for someone to give
you the answer, instead of taking some time to think about it.