1
answer
0
watching
477
views
6 Oct 2020
A more general definition of the temperature coefficient of resistivity is
Where is the resistivity at temperature T.
a) Assuming is constant, show that
Where is the resistivity at temperature .
b) Using the series expansion for , show that the resistivity is given approximately by the expression
for
A more general definition of the temperature coefficient of resistivity is
Where is the resistivity at temperature T.
a) Assuming is constant, show that
Where is the resistivity at temperature .
b) Using the series expansion for , show that the resistivity is given approximately by the expression
for
Mohd TalibLv10
24 Jan 2021