 | Andrew Gray - 1884 - 234 стор.
...connection stated. A curve drawn in the electric field so that the direction of the tangent at any point is the direction of the resultant force at that point is called a line of force. Such a line can be drawn through every point in the field. Since no work is done in carrying a unit... | |
 | Andrew Gray - 1884 - 276 стор.
...connection stated. A curve drawn in the electric field so that the direction of the tangent at any point is the direction of the resultant force at that point is called a line offeree. Such a line can be drawn through every point in the field. Since no work is done in carrying... | |
 | James Gordon MacGregor - 1887 - 540 стор.
...359. Lines of Force. — A line so drawn in a field of force, that its direction at any point is also the direction of the resultant force at that point,...called a line of force. As the resultant force at a point has no component in the tangent plane of the equipotential surface passing through the point,... | |
 | James Gordon MacGregor - 1887 - 540 стор.
...359. Lines of Force. — A line so drawn in a field of force, that its direction at any point is also the direction of the resultant force at that point,...called a line of force. As the resultant force at a point has no component in the tangent plane of the equipotential surface passing through the point,... | |
 | Andrew Gray - 1888 - 560 стор.
...is given by the equation A line drawn in the electric field, the tangent to Definition which at any point is the direction of the resultant force at that point, is called a Line of Force. If dx, dy, dz, be the projections on the axes of x, y, z of an Diflerelement dt of a line of force,... | |
 | 1888 - 966 стор.
...mathematical language a vector. A curve drawn in the field such that its tangent at every point is in the direction of the resultant force at that point is called a lint of force. We can draw such a line through every point of space, and if we suspend at any point... | |
 | Thomas Spencer Baynes, William Robertson Smith - 1890 - 938 стор.
...mathematical language a vector. A curve drawn in the field such that its tangent at every point is in the direction of the resultant force at that point is called a line of force. We can draw such a line through • very point of space, and if we suspend at any point a small conducting... | |
 | George Chrystal, Napier Shaw - 1894 - 224 стор.
...mathematical language a vector. A curve drawn in the field such that its tangent at every point is in the direction of the resultant force at that point is called a Une of force. We can draw such a line through every point of space, and if wo suspend at any point... | |
 | Augustus Jay Du Bois - 1902 - 682 стор.
...becomes the rate of change of the potential of the point A per unit of distance in the direction AB. Hence The rate of change of the potential of any point...point, lines of force are normal to the equipotential forces they meet. Tubes of Force. — If from points in the boundary of any portion of an equipotential... | |
 | Harry Manley Goodwin - 1904 - 146 стор.
...force is any region of space within which force acts. A line whose direction at every point is that of the resultant force at that point is called a line of force. The magnitude of the force, due to the field, acting upon a unit of mass (gram) measures the strength... | |
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A curve drawn in the field such that its tangent at every point is in the direction of the resultant force at that point is called a line of force. We can draw such a line through every point of space, and if we suspend at any point a small conducting... 
