41. Figure 7 below shows how the electric potential varies with distance in a certain region of space. From the graph above, it can be concluded that: V 10v 35 25 12 15 18 x /em 1 The magnitude of the electric field in the region described has a uniform magnitude of 3.33 x 10 NC. 2 The electric potential in the region increases by equal amounts in equal time intervals. 3 The area under the graph is equal to electrostatic force on unit electric charge in the region.
41. Figure 7 below shows how the electric potential varies with distance in a certain region of space. From the graph above, it can be concluded that: V 10v 35 25 12 15 18 x /em 1 The magnitude of the electric field in the region described has a uniform magnitude of 3.33 x 10 NC. 2 The electric potential in the region increases by equal amounts in equal time intervals. 3 The area under the graph is equal to electrostatic force on unit electric charge in the region.
Related questions
Question
Show all working explaining detailly each step
Answer should be typewritten using a computer keyboard!
Transcribed Image Text:DIRECTIONS SUMMARISED
A
B
C
D
1,2 only
2,3 only
1 only
3 only
Transcribed Image Text:41. Figure 7 below shows how the electric potential
varies with distance in a certain region of space.
From the graph above, it can be concluded that:
V 10V
35
25
12
15
18
x /em
1 The magnitude of the electric field in the region
described has a uniform magnitude of 3.33 x 10
NC.
2 The electric potential in the region increases by
equal amounts in equal time intervals.
3 The area under the graph is equal to electrostatic
force on unit electric charge in the region.
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 3 steps with 3 images
