- The velocity (v) of an electron in the nth orbit is given by the formula: v∝1n - The time period (T) of the electron in the nth orbit is given by the formula: T∝n3 2. Express the Product: - We need to find the product of velocity and time period: v⋅T 3. Substituting...
We know, that, time period propn^(3) velocity prop(1)/(n) rArr Time period xx velocity propn^(2)
Nagai, T., Local time dependence of electron flux changes during substorms derived from multi-satellite observations at synchronous orbit, J. Geophys. Res., 87, 3456-3468, 1982a.Nagai, T., 1982: Local time dependence of electron flux changes during substorms derived from multi-satellite ...
and getting to orbit was a key goal of this test. During the first flight test of the vehicle, appropriately called “It’s a Test,” the Electronmade it to space but failed to make it to orbit. Some communications equipment on the groundlost contact with the rocket during ...
However, during the incubation period there is no difference in behavior among those who carry the disease and those who do not. During large plague epidemics in Europe there was massive emigration from the large towns, which served to accelerate propagation (the most famous literary evidence of ...
Low-Earth-orbitRadiation Beltsinjected electrons (several-100 s keV) produce whistler-mode chorus waves that are thought to have a major impact on the radiation belts by causing both energization and loss of relativistic electrons in the outer belt. High-altitude measurements, such as those from ...
Nagai, T., Local time dependence of electron flux changes during substorms derived from multi-satellite observations at synchronous orbit, J. Geophys. Res., 87, 3456-3468, 1982a.Nagai, T., 1982: Local time dependence of electron flux changes during substorms derived from multi-satellite ...
What would be the ratio of product of speed and time period of electron orbiting 3rd and 4th stable orbit in Bohr's atomic model? View Solution Knowledge Check Product of velocity and time period of electron orbiting in nth stable orbit is proportional to An3 B1n Cn Dn2Submit The ratio...
The electron affinity of an element depends upon (i) atomic size (ii) nuclear charge and (iii) electronic configuration. In general, in a group, ionisation energy and electron affinity decrease as the atomic size increases. The members of third period have some higher (e.g., S and Cl) ...
Time integrations (into the past) of the variables are found to be superior to time-lagged variables for maximizing correlations with the radiation belt. Physical arguments are given as to why. Dominant correlations are found for the substorm-injected electron flux at geosynchronous orbit and for...