The magnitude of the magnetic field and the direction of the magnetic field at point P is mathematically given as
B=1.9*10^{-5}T
To determine the magnetic field direction, use the right-hand -rule on the page magnetic field is going.
<h3>What is the
magnitude of the magnetic field these two segments
produce at point P, which is
midway between them.?</h3>
Generally, the equation for Biot savant law is mathematically given as
Their net field is
Bn=2B
Hence
B=1.9*10^{-5}T
In conclusion, To determine the magnetic field direction, use the right-hand -rule on the page magnetic field is going.
Read more about the magnetic field
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Hello!
Density is defined as mass/volume
So if we have
Densitywater=1kg/1Liter=1kg/Liter
DensityMercury=13.6kg/1Liter=13.6kg/Liter
Therefore mercury is more dense than water, as more mass of Mercury can occupy the same amount of space or volume of Water.
Hope this helps. Any questions please feel free to ask. Thank you.
Answer:
=57600joules
Explanation:
Given data
Velocity =0.8m/s
Time = 30*60=1800 seconds
Distance =Velocity x time
Distance =0.8*1800
Distance =1440m
Work done = force x distance
Work done =40*1440
Work done =57600joules
Hence the work Done is 57600joules
Explanation:
vertical force = 460,000 * sin(70) - 300,000
Fv = 187,717.75N
Answer: A
Technician A only
Explanation:
On a cable-operated clutch, the adjustment is made at the cable end. The clearance is usually measured either at the operating lever or at the pedal.
To perform efficiently, the clutch needs the right amount of play in the linkage between the foot pedal and the clutch operating lever
Anything less than the correct amount of free play (or clearance ) will result in clutch slip, because the pressure plate will be unable to exert its full pressure on the friction plate .
Failure to cure this fault will quickly lead to a burned-out friction plate, and possibly a ruined pressure plate.