 | Joseph David Everett - 1879 - 236 pagina’s
...a pole (or the dimensions of strength of pole) are M^lA1-1. 147. The intensity of a magnetic yfe/d? is the force which a unit pole will experience when...on a pole P will be IP. Hence IP = force = MLT-2, 1 = MLT-2. M~*L~*T = M4L~iT~i ; i — i -i that is, the dimensions oi field-intensity are ML T~ . 148.... | |
 | Frederick William Levander - 1880 - 136 pagina’s
...distance L with a force — or PL- 8 . Hence pa P 2 L- 2 = MLT- 2 , P a = ML 8 T J , .-. P = M^T- 1 . The intensity of a magnetic field is the force which a unit pole will experience when placed in it. If I = this intensity, the force on a pole P will be IP. Hence IP = ^ or MLT- 2 . Dividing both by... | |
 | James Edward Henry Gordon - 1880 - 388 pagina’s
...square of their distance from one another. Hence we have for the equation of units or [P]=[MiL!T-']. The intensity of a magnetic field is the force which a unit pole will experience when placed within it. Denoting this intensity by I, the force on any pole will be I P. Hence Dividing both sides... | |
 | James Edward Henry Gordon - 1880 - 412 pagina’s
...volume of it may have a magnetic moment equal to unity as defined abore. (Page 154.) The intensity of magnetic field is the force which a unit pole will experience when placed within it. A. magnetic field of unit intensity is in the CGS system a feld •where a unit pole will... | |
 | U.S. Coast and Geodetic Survey - 1882 - 56 pagina’s
...poles, and a unit moment is one of a magnet of unit length with poles of unit strength. The iiitrniity of a magnetic field is the force which a unit pole will experience when placed in it. The intensity of inagncti:alii»i of a uniformly magnetized body is the quotient of its magnetic moment... | |
 | Richard Evan Day - 1884 - 220 pagina’s
...what will be the force experienced by this pole ? The intensity of a magnetic field is measured by the force which a unit pole will experience when placed in it. The force exerted on a pole of strength m when placed in a field of strength I is /= mx 1. In the present... | |
 | Joseph David Everett - 1886 - 254 pagina’s
...potentials of the two points. Hence the dimensions of magnetic potential are -2 . M ~ *L ~ *T 155. The intensity of a magnetic field is the force which...the force on a pole P will be IP. Hence IP = force = MLT--, I = that is, the dimensions of field-intensity axe 156. The moment of a magnet is the product... | |
 | Joseph David Everett - 1886 - 266 pagina’s
...magnetic potential are ^?— = MLT-2 . M ~ *L ~ *T = M4L*T'!. 155. The intensity of a magnetic Jield is the force which a unit pole will experience when...the force on a pole P will be IP. Hence IP = force = MLT--, I = MLT-* . ML that is, the dimensions of field-intensity are 156. The moment of a magnet... | |
 | Joseph David Everett - 1902 - 316 pagina’s
...points. Hence the dimensions of magnetic potential are ML2T-2 . M~lL~f T = The intensity or strength of a magnetic field is the force which a unit pole...experience when placed in it. Denoting this intensity by H, the force on a pole P will be HP. Hence HP=force=MLT-2, H that is, the dimensions of field intensity... | |
 | Maryland Geological Survey - 1905 - 752 pagina’s
...dimensions of J' are those of intensity not of force or dyne. The intensity of a magnetic field being the force which a unit pole will experience when placed in it, its dimensions are -* /'-' or 9* c Fie. 4. — The diurnal variation of the horizontal intensity at... | |
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The intensity of a magnetic field is the force which a unit pole will experience when placed in it. Denoting this intensity by I, the force on a pole P will be IP. Hence IP = force = MLT--, I = that is, the dimensions of field-intensity axe 156. 
