<span>Cool air from the shore will travel to the sea</span>
Kepler's first "law":
The orbits of the planets are ellipses, with the sun at one focus.
This would include Mars.
suitcase can be pushed to a distance of 0.35 m
Explanation:
Work done= Ff d
w= 670 J
Ff= force of friction
d= distance
force of friction is given by Ff=μ mg
μ= coefficient of friction=2.76
m=mass=71.5 kg
so Ff= (2.76) (71.5) (9.8)
Ff=1934 N
so W= Ff d
670= 1934 d
d=0.35 m
Answer:
Both stones will land at the same time because both stones will fall with the same acceleration through the same height.
Explanation:
We are given that
Mass of stone ,m1=5 Kg
Mass of stone, m2=1 kg
We have to find which stone more faster will land and why.
Initial velocity of both stones=0
Because both stones are thrown from the same height.
Both stones will land at the same time because both stones will fall with the same acceleration through the same height and the acceleration does not depend of its mass.
Answer:
Is less in comparison with the rest of the Earth.
Explanation:
In poles now we have the magnetic centers of the planet, this will make that the magnetic field that is produced, can protect the planet from the radiation of cosmos. Magnetic field is also responsible of getting together the ionized particles that come from universe and they are ions, in this way they appear as an a boreal or austral aurora.
