DATA A pair of long, rigid metal rods, each of length 0.50 m, lie parallel to each other on a frictionless table. Their ends are connected by identical, very lightweight conducting springs with unstretched length l o and force constant k ( Fig. P28.78 ). When a current I runs through the circuit consisting of the rods and springs, the springs stretch. You measure the distance x each spring stretches for certain values of I . When I = 8.05 A, you measure that x = 0.40 cm. When I = 13.1 A, you find x = 0.80 cm. In both cases the rods are much longer than the stretched springs, so it is accurate to use Eq. (28.11) for two infinitely long, parallel conductors, (a) From these two measurements, calculate l 0 and k. (b) If I = 12.0 A. what distance x will each spring stretch? (c) What current is required for each spring to stretch 1.00 cm? Figure P28.78
DATA A pair of long, rigid metal rods, each of length 0.50 m, lie parallel to each other on a frictionless table. Their ends are connected by identical, very lightweight conducting springs with unstretched length l o and force constant k ( Fig. P28.78 ). When a current I runs through the circuit consisting of the rods and springs, the springs stretch. You measure the distance x each spring stretches for certain values of I . When I = 8.05 A, you measure that x = 0.40 cm. When I = 13.1 A, you find x = 0.80 cm. In both cases the rods are much longer than the stretched springs, so it is accurate to use Eq. (28.11) for two infinitely long, parallel conductors, (a) From these two measurements, calculate l 0 and k. (b) If I = 12.0 A. what distance x will each spring stretch? (c) What current is required for each spring to stretch 1.00 cm? Figure P28.78
DATA A pair of long, rigid metal rods, each of length 0.50 m, lie parallel to each other on a frictionless table. Their ends are connected by identical, very lightweight conducting springs with unstretched length lo and force constant k (Fig. P28.78). When a current I runs through the circuit consisting of the rods and springs, the springs stretch. You measure the distance x each spring stretches for certain values of I. When I = 8.05 A, you measure that x = 0.40 cm. When I = 13.1 A, you find x = 0.80 cm. In both cases the rods are much longer than the stretched springs, so it is accurate to use Eq. (28.11) for two infinitely long, parallel conductors, (a) From these two measurements, calculate l0 and k. (b) If I = 12.0 A. what distance x will each spring stretch? (c) What current is required for each spring to stretch 1.00 cm?
Please don't use Chatgpt will upvote and give handwritten solution
The kinetic energy of a pendulum is greatest
Question 20Select one:
a.
at the top of its swing.
b.
when its potential energy is greatest.
c.
at the bottom of its swing.
d.
when its total energy is greatest.
Part a-D pl
Chapter 28 Solutions
University Physics with Modern Physics, Volume 2 (Chs. 21-37); Mastering Physics with Pearson eText -- ValuePack Access Card (14th Edition)
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