Solveu
the following principle and answer the questions:
(1) Study the followin
A force is excreted on a current-carrying conductor placed in a magnetic
Gold. The direction of this force depends on both the direction of the current
and the direction of the magnetic field. This force is maximum when the
direction of the current is perpendicular to the direction of the magnetic
field.
(a) By which law can we determine the direction of the force excreted on
the current-carrying conductor?
(b) In which electrical equipment is this principle used?
(c) Draw a diagram representing the construction of this equipment.
(d) Write the working of this equipment in brief.
Answers
Answer:
the indefinite continued progress of existence and events in the past, present, and future regarded as a whole.
"travel through space and time"
Explanation:
When you cut a stick of butter with a bread knife, you are using the same scientific principle as a high speed ceramic insert doing a finish cut on a hardened shaft where the chip comes off white hot, then cools to cobalt blue as it drops to the chip tray. The harder the thing you want to cut, the more your cutting tool has to be even harder. As the edge of the tool contacts the material, said material is forced to flow around the cutting edge at the molecular level, and the amount that is unable to do so is forced away from the parent material in a chip as it exceeds the ultimate strength of the material.
Try cutting that stick of butter with a plastic knife, the side of a fork, or your finger. You see that the effort required to make the cut goes up or down with the shape of the cutter and its material, and the finish left behind in the parent material is also directly related. If you try to cut that butter with a feather, you will fail. With the hardest of steels, you will have to go all the way up to exotic ceramics to finish the cut. :-{)}