Bikes can be adapted for wheelchair users by adding special attachments or modifications that allow them to ride the bike while remaining in their wheelchair. These adaptations can include platforms or ramps for the wheelchair to roll onto, secure locking mechanisms, and hand-operated controls for steering and braking. By making these adaptations, wheelchair users can experience greater mobility and independence while using a bike.
Bicycles for handicapped individuals can be adapted by adding features such as hand pedals, stabilizing wheels, and adjustable seats to provide greater accessibility and mobility. These adaptations can help individuals with physical limitations to ride a bike comfortably and safely.
Disability scooters are easy to use and can be adapted for all sorts of disabilities. You can even get many vehicles adapted with lifts fot the scooterto allow for even greater mobility. http://www.thescooterstore.com/
Legs...?
The mobility of electrons is always greater than holes. Only the number of electrons and holes would be same in an intrinsic semiconductor.
Increased foreign investment.
Melting point of objects
move backward at a lower speed than the basketball moves forward
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.
A portable door swing can provide individuals with limited mobility increased independence and accessibility by allowing them to easily open and close doors without needing to reach or exert physical effort. This can enhance their ability to move around freely and navigate their environment with greater ease.
Independence of America led to greater social equality.
Increased foreign investment
Investment money flows freely around the world.