Answer:
I think it's 10 minutes per km
Explanation:
The given data is as follows.
Separation between two plates, d = 2.2 mm = 
Electric field strength inside the capacitor, E = 
Therefore, we will calculate the potential difference across the capacitor as follows.
V = Ed
= 
= 1.32 V
Thus, we can conclude that the potential difference across the given capacitor is 1.32 V.
Answer
18,000
Why?
KE=(1/2)(2000)(18)
Ke=18,000
Answer:
speed of eight ball speed after the collision is 3.27 m/s
Explanation:
given data
initially moving v1i = 3.4 m/s
final speed is v1f = 0.94 m/s
angle = θ w.r.t. original line of motion
solution
we assume elastic collision
so here using conservation of energy
initial kinetic energy = final kinetic energy .............1
before collision kinetic energy = 0.5 × m× (v1i)²
and
after collision kinetic energy = 0.5 × m× (v1f)² + 0.5 × m× (v2f)²
put in equation 1
0.5 × m× (v1i)² = 0.5 × m× (v1f)² + 0.5 × m× (v2f)²
(v2f)² = (v1i)² - (v1f)²
(v2f)² = 3.4² - 0.94²
(v2f)² = 10.68
taking the square root both
v2f = 3.27 m/s
speed of eight ball speed after the collision is 3.27 m/s
Answer:
true cuase it is true its not false
