transport number वाक्य

उदाहरण वाक्य

1. Bonds soon recovered, though, rising half a point to yield 6.81 percent in late morning trading as traders focused on the housing weakness and the ex-transport number in the factory order report.
2. He loves eating fish and usually serves to transport Number One ( and sometimes, the entire TNT group ) across large areas ( at one time, transporting Number One across the Atlantic Ocean ).
3. Bonds soon recovered, though, rising half a point to yield 6 . 81 percent in late morning trading as traders focused on the housing weakness and the ex-transport number in the factory order report.
4. Hittorf measured the changes in the concentration of electrolysed solutions, computed from these the transport numbers ( relative carrying capacities ) of many ions, and, in 1869, published his findings governing the migration of ions.
5. In financial markets, the benchmark 30-year Treasury bond rose half a point to yield 6.81 percent by late afternoon as traders focused on the housing weakness and the ex-transport number in the factory order report.
6. Bonds soon recovered, though, and were little changed in recent trading as traders focused on the ex-transport number-- and heeded analysts'warnings not to read too much into a single month's report in the volatile series.
7. He measured the changes in the concentration of electrolyzed solutions, computed from these the transport numbers ( relative carrying capacities ) of many ions, and, in 1869, published his laws governing the migration of ions.
8. In financial markets, the benchmark 30-year Treasury bond rose half a point to yield 6 . 81 percent by late afternoon as traders focused on the housing weakness and the ex-transport number in the factory order report.
9. At zero concentration, the limiting ion transport numbers may be expressed in terms of the limiting molar conductivities of the cation ( \ lambda _ 0 ^ + ), anion ( \ lambda _ 0 ^-) and electrolyte ( \ Lambda _ 0 ):
10. The cation transport number of the leading solution is then calculated as t _ + = \ frac { z _ + cLAF } { I \ Delta t }, where z + is the cation charge, c the concentration, L the distance moved by the boundary in time ?t, A the cross-sectional area, F the Faraday constant and I the electric current.