Answer:
The total charge that can be delivered is 1044000 Coulombs
Explanation:
As we know that current I flowing given by:
I=Δq/Δt
Where Δq is charge moving
Δt is time
So
Δq=IΔt
Δq=290A×1 hour
Δq=290A×3600s
Δq=1044000 Coulombs
The total charge that can be delivered is 1044000 Coulombs
1/total = 1/2 + 1/4 + 1/6
That means 1/total = 11/12
Which means total resistance = 12/11 or 1.09ohm
On Earth, 1 kilogram of mass weighs 9.8 newtons or 2.2 pounds.
9.8 newtons = 2.2 pounds
(9.8/2.2) newtons = 1 pound = 4.45 newtons
(2.2/9.8) pounds = 1 newton = 0.225 pound
5 pounds = (5 x 4.45 newtons) = 22.2 newtons.
22.2 newtons is more than 10 newtons, so
5 pounds is more than 10 newtons.
Answer:
One of the major obstacles with any wave resource study is lack of long-term ocean wave measurements inside the 100-meter-depth contour, where refraction effects result in spatially inhomogeneous wave parameters. Lack of data makes it difficult or impossible to mark the optimum locations for WECs.
Explanation:
The magnitude of a displacement is the straight-line distance
from the beginning point to the end point, regardless of the path
that was taken to get there.
Juan's displacement is the straight-line distance from the bottom
of the staircase to the top.
That's 10 meters.
