Answer:
The overall length of the spiral, designated as L, is calculated to be 5378.01 m
Explanation:
Provided information:
Inner radius R1=2.5 cm
and outer radius R2= 5.8 cm.
The thickness of the spiral winding is (d) =1.6 \mu m = 1.6x 10^{-6} m
The total length of the spiral can be computed as
= 5378.01 m
Response:
Clarification:
The result is electric field strength. Electric field strength refers to the force exerted on a unit positive charge at every location.
Answer:
N = 23.4 N
Explanation:
Let's tackle this problem after reading through the lengthy explanation.
The normal force, which we refer to as the contact force in this scenario, can be determined by applying the equation for translational equilibrium along the y-axis.
N - w₁ -w₂ =
N = m₁ g + m₂ g
N = g (m₁ + m₂)
Now, perform the calculations:
N = 9.8 (0.760 + 1.630)
N = 23.4 N
This represents the upward force exerted by the two blocks resting on the surface.
