In Figure 30.7, assume I 1 = 2.00 A ami I 2 = 6.00 A. What is the relationship between the magnitude F 1 , of the force exerted on wire 1 and the magnitude of the force exerted on wire F 2 ? (a) F 1 = 6 F 2 (b) F 1 = 3 F 2 , (c) F 1 , = F 2 (d) F 1 = ⅓ F 2 (e) F 1 = 1 6 F 2 . The field B → 2 , duo lo the current in wire 2 exerts a magnetic force of magnitude F 1 = I 1 ℓ B 2 , on wire I. Figure 30.7 Two parallel wires that each carry a steady current exert a magnetic force on each other. The force is attractive if the currents are parallel (as shown) and repulsive if the currents are antiparallel.
In Figure 30.7, assume I 1 = 2.00 A ami I 2 = 6.00 A. What is the relationship between the magnitude F 1 , of the force exerted on wire 1 and the magnitude of the force exerted on wire F 2 ? (a) F 1 = 6 F 2 (b) F 1 = 3 F 2 , (c) F 1 , = F 2 (d) F 1 = ⅓ F 2 (e) F 1 = 1 6 F 2 . The field B → 2 , duo lo the current in wire 2 exerts a magnetic force of magnitude F 1 = I 1 ℓ B 2 , on wire I. Figure 30.7 Two parallel wires that each carry a steady current exert a magnetic force on each other. The force is attractive if the currents are parallel (as shown) and repulsive if the currents are antiparallel.
Solution Summary: The author explains the relationship between the magnitudes of force exerted on wire 1 and 2.
In Figure 30.7, assume I1 = 2.00 A ami I2 = 6.00 A. What is the relationship between the magnitude F1, of the force exerted on wire 1 and the magnitude of the force exerted on wire F2? (a) F1= 6F2 (b) F1 = 3F2, (c) F1, = F2 (d) F1 = ⅓F2 (e) F1 =
1
6
F2.
The field
B
→
2
, duo lo the current in wire 2 exerts a magnetic force of magnitude F1 = I1ℓB2, on wire I.
Figure 30.7 Two parallel wires that each carry a steady current exert a magnetic force on each other. The force is attractive if the currents are parallel (as shown) and repulsive if the currents are antiparallel.
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
The figure (Figure 1) shows representations of six
thermodynamic states of the same ideal gas sample.
Figure
1 of 1
Part A
■Review | Constants
Rank the states on the basis of the pressure of the gas sample at each state.
Rank pressure from highest to lowest. To rank items as equivalent, overlap them.
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highest
0
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B
F
A
D
E
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