The solution for this problem is:The charge would be now equal to:(electric constant) multiplied by the (field strength) multiplied by the (area) so plugging in our values, will give us:8.85 * 10^-12 As / (V * m) * 3 * 10^6 V/m * 0.055 m^2 = 1.46 e-6 amperes would be the answer
Answer:
Explanation:
Time to cover first 100 km = 1 hour.
time remaining = 3.15 - 1 = 2.15 hour .
Time to cover next 42 km = 1 hour .
Time remaining = 2.15-1 = 1.15 hour.
Distance to be covered = 310 - 142
= 168 km
least speed needed = distance remaining / time remaining
= 168 / 1.15
= 146.08 km / h .
The earth system concept emphasizes on how everything on the earth is interconnected. <span>Earth system in terms of four central components known as the subsystems – the </span>hydrosphere,geosphere<span>, </span>atmosphere<span> and </span>biosphere<span>. I hope the answer helps. Thanks! </span>
Answer:
0.054 A
Explanation:
We have given inductance
Capacitance
Charge
The energy stored in the LC circuit is given by
So energy
This energy is also equal to
So
i=0.054 A
So maximum current will be 0.054 A
The vertical velocity is the greatest at C, where it is closest to the ground.
The projectiles horizontal velocity stays constant through the entire thing, so it is the same for A, B, and C.
The projectiles speed is the greatest at C, because both its vertical and horizontal components of its velocity is greater than or equal to that of the other two points.