The equation for power is P=VI, we can then rearrange V=IR and substitute I into the equation, this gets us V/R=I. Thus we get P=V^2/R
Next we convert kΩ to Ω. This tells us the resistor in Ω is 5600Ω.
Finally, plug into equation, we get P = (5V^2)/5600Ω.
P = 0.0044642857W
Hope this helps!
The law of Bio Savart is used to show the magnetic intensity because of the availability of magnetic current.
<u>Explanation:</u>
In physics, explicitly electromagnetism, the Biot–Savart law is a condition portraying the attractive field produced by a consistent electric flow. It relates the attractive field to the extent, heading, length, and closeness of the electric flow.
The Biot Savart Law expresses that it is a scientific articulation which shows the attractive field delivered by a steady electric flow in the specific electromagnetism of material science. It tells the attractive field toward the greatness, length, heading, just as closeness of the electric flow.
Answer:
16.042336 Am²
27.2719712 Nm
Explanation:
Dipole moment association with iron atom
L = Length of bar = 6.5 cm
A = Area of bar = 1 cm²
= Avogadro constant = 
= Density of iron = 7.9 g/cm³
M = Molar mass = 55.9 g/mol
B = Magnetic field = 1.7 T
Number of atoms is given by
Dipole moment is given by
The dipole moment of the bar is 16.042336 Am²
Torque is given by
The torque exerted to hold this magnet perpendicular to an external field is 27.2719712 Nm
Answer:
I think (d) is your answer...
