The name is absent



The circulation of the vector of the magnetic intensity H along closed contour
Γ1 with length l, which interweaves contour Γ2 with flowing current i through it, is
defined by the formula:

(32)                 $ H ∙ dl = i

Γ1

It can be seen that the magnetic field is non-potential field since the lines of the
field intensity H are closed and always interweave the contour with the excitatory
current i . The circulation of the vector H will be zero only along those closed
contours that do not interweave the current i .

Fig. 6 The circulation of the vector of magnetic intensity H along the closed
contour Γ1 equals the current i flowing through the interweaved contour Γ2.

25



More intriguing information

1. Evaluating Consumer Usage of Nutritional Labeling: The Influence of Socio-Economic Characteristics
2. THE CHANGING STRUCTURE OF AGRICULTURE
3. A COMPARATIVE STUDY OF ALTERNATIVE ECONOMETRIC PACKAGES: AN APPLICATION TO ITALIAN DEPOSIT INTEREST RATES
4. DISCUSSION: ASSESSING STRUCTURAL CHANGE IN THE DEMAND FOR FOOD COMMODITIES
5. Testing for One-Factor Models versus Stochastic Volatility Models
6. The technological mediation of mathematics and its learning
7. Literary criticism as such can perhaps be called the art of rereading.
8. The name is absent
9. Evidence-Based Professional Development of Science Teachers in Two Countries
10. Word searches: on the use of verbal and non-verbal resources during classroom talk