Investment money flows freely around the world.
electrons have less effective size than that of holes(which actually are not real)...formula says m(mobility)=drift velocity/electric field=et/m where t is relaxation time.. so mobility is inversely proportional to mass hence e has more mobility.
conductivity and mobility both are directly propertional
watt
Mobility in a semiconductor refers to the ability of charge carriers (electrons and holes) to move through the material in response to an electric field. It is a key parameter that affects the conductivity and performance of semiconductor devices. Higher mobility indicates that carriers can travel faster, leading to improved device efficiency and speed. Mobility is influenced by factors such as temperature, material purity, and the presence of defects.
Yes, a bionic leg can significantly affect individuals by enhancing mobility and improving their quality of life. It can provide greater independence for those with amputations or mobility impairments, allowing them to perform daily activities more easily. Additionally, advancements in bionic technology can lead to better integration with the user's body, offering improved comfort and functionality. However, the effectiveness and impact can vary based on individual circumstances and the technology used.
Increased foreign investment.
Increased foreign investment
increased foreign trade
Greater capital mobility can help developing countries by providing access to foreign investment, enabling them to fund infrastructure projects, create jobs, and spur economic growth. Additionally, it can facilitate technology transfer and enhance productivity levels within the economy.
Capital mobility refers to the ability of the private funds to move across the national boundaries in the pursuit of the higher returns. The capital mobility usually depends on the inflows and the outflows of the capital and the currency restriction.
Look up the definition for capital mobility. Same thing
Legs...?
The mobility of electrons is always greater than holes. Only the number of electrons and holes would be same in an intrinsic semiconductor.
Melting point of objects
Full capital mobility refers to the free flow of capital across countries without any restrictions or obstacles. In such a scenario, investors and financial institutions can move their money in and out of a country easily, without hurdles like capital controls or restrictions on foreign investment.
The mobility of goods, services, labor, and capital
electrons have less effective size than that of holes(which actually are not real)...formula says m(mobility)=drift velocity/electric field=et/m where t is relaxation time.. so mobility is inversely proportional to mass hence e has more mobility.