The brake rotor spins along with the wheel and the stationary brake caliper wraps around the rotor and works through a piston system as to when the brake is applied it pushes brake fluid into the calipers pistons (which is attached to the brake pads) therfore the brake pads are pressed onto the rotating brake rotor thus creating friction gradually or abruptly slowing it down depending on how hard the brake is applied.
The answer would be 6377830.272 meters
Answer:
2.47 V,East
Explanation:
We are given that
l=19 cm=
B=1.18 T
We have to find the potential difference induced across its ends.
Using the formula
Hence, the potential difference induces across its ends=2.47 V
The positive charge will move towards east direction and the negative charge will move towards west direction because the direction of force will be east.Therefore, the potential at east end will be high.
Answer:
x22.=L1cosθ1θ1. + L2cosθ2θ2.
y22.=-L1sinθ1.θ1. + L2sinθ2.θ2.
θ1.=θ1.+θ1..dt
Explanation:
the step-by-step solution is in the image
Friction can be created to help you when you make a fire by rubbing two stones against each other to make a spark.
It can also be used as a problem when you want to push a big box across a rough or a gravel driveway. The friction slows the box down.
Hope this helps.