Homework Statement
Two thin glass rods are placed side by side 4.70 cm apart as shown in the diagram below. They are each 11.3 cm long and are uniformly charged to +10.4 nC .
Answer the questions below regarding the electric field along a line which is drawn through the middle of the two glass...
Okay so I am a little confused but for Q1 the electric field would be:
10788 N/C...
for Q2 it would be 2157.73 N/C...
The components of Q1 would be (10788i, 0j) & for Q2 it would be (2157.7cos(60) i, 2157.7sin(60) j) ?
Oh, okay so for the E1 (Top charge):
E1 = ((8.99*10^9)(3*10-9)/(.05^2) i, 0j)
E2 (Bottom charge):
E2 = ((8.99*10^9)(3*10-9)/(.05^2) i, (8.99*10^9)(3*10-9)/(.1^2) j)
Etotal = (21576 i, 2697j)
|Etotal| = 21743.909 N/C ? I already tried this and they said it was wrong
Homework Statement
Two +3.0nC charges are shown in the diagram below which are spaced 10cm apart. What are the strength and direction of the electric field at the position indicated by the dot in the figure (Figure 1) ?
What is the electric field in N/C?
What is the direction of the electric...
Use: X-Xo = VoT + 1/2AT^2
For the police car:
X-Xo = 1/2(2)(T-1)^2 + (26.4)T
For the car:
X-Xo = (37.5)T
Set them equal to each other & solve for T :)
The trick is realizing that the police car has two components for distance...