Answer:
Below
Explanation:
First we will find the distance from when the bike is accelerating
Use this formula to find this :
d1 = ( vf - vi / 2 ) t
d1 = ( 5m/s - 0 m/s / 2 ) 4.5 s
d1 = (2.5)(4.5)
d1 = 11.25 m
Now we can find the distance for another 2.5 seconds
Since the car accelerated to 5 m/s, the constant velocity will be 5 m/s
Use this formula to find this :
d2 = vt
d2 = (5m/s)(2.5s)
d2 = 12.5 m
Finally we can add them up to get the total distance :
dt = 12.5 m + 11.25 m
dt = 23.75 m
*Make sure to round this number to how your teacher taught you
Hope this helps!
When light is passing from a denser medium to a lighter medium ( for example: from water to air)
<span> When the angle of refraction is greater than the critical angle( angle of incidence when the angle of refraction is perpendicular to the normal) of the denser medium.</span>
Magnetic north pole is defined as the part of Earth where magnetic field lines are originating outwards
So here as per the experimental analysis we know that earth is surrounded by magnetic field lines.
These magnetic field lines are due to several causes but it almost shows same trend as we got it from a bar magnet
If we suspend a bar magnet freely near the surface of Earth then that bar magnet will get affected by the magnetic field lines of Earth
So here North pole of suspended magnet always get attracted towards the south pole of the earth magnetic pole
This experimentally founds that Geographic north pole of Earth is always shown by north pole freely suspended magnet on earth which means Magnetic south pole of Earth is at Geographic north pole
So here <em>opposite to that we must have North pole of Earth magnet which means that Geographic south pole is always Magnetic north pole of earth</em>