Martin Heidegger had also been said to show misanthropy in his concern of the theyâthe tendency of people to conform to one view, which no one has really thought through, but is just followed because, they say so. This might be thought of as more of a criticism of conformity rather than people in general.artin Heidegger had also been said to show misanthropy in his concern of the theyâthe tendency of people to conform to one view, which no one has really thought through, but is just followed because, they say so. This might be thought of as more of a criticism of conformity rather than people in general.
The thinner the wire, the bigger its resistance. You must use thick wire to carry a large current, or the wire gets too hot and melts (like a fuse). The relationship between resistance and thickness is not straightforward.Halving the thickness of a wire does not double the resistance. Compare this with the relationship between a wire's resistance and its length.he cross-sectional area is what you get when you cut through the wire, at right angles to its length, and look at the cut surface. If the wire is round, the cross-section is a flat circle and the area is Ïr2.
At room temperature, copper has a resistivity of 16.78 nÎ©m. From the above equation, it can be seen that as the thickness and, thus, the cross-sectional area A of the wire increases (for the same length l) the resistance will decrease because of the reciprocal effect upon the value of R as A increases in size.However, this is not the full picture. '..hat is the relationship between wire thickness affecting resistance and 1/r1+1/r2=1/rTotal? i am confused.?