Gaya Lorentz Muatan Bergerak

The limited parking space and also with ecological considerations made it more and more vehicles to overcome the above problems.

Roboscooter is one of the vehicles has been made for cooperation between the MIT Media Lab with Sanyang Motors, industry teknlogi companies from Taiwan.

Vehicles using electric power only consists of 150 components that will be easier to develop mass and each wheel has its own engine which makes it easy to do maintenance.

Parking associated with the increasingly narrow, RoboScooter can be folded when not in use.

Gaya lorentz Kawat Berarus (Rumus Fisika)

It's not common knowledge again almost all the leading car manufacturer in the world compete to create vehicles with alternative power sources. In addition to Gasoline, Fuel Cell, or a combination there Dry Fossil Fuel Cell and the ones you hear the name of Hybrid Vehicles.

Actual research and development of EV (Electric Vehicle) instead of gasoline has been started in the 1990s, but still not able to penetrate the market of gasoline cars because of the relatively expensive price.

Of the various types of electric vehicles ever developed, it was motorcycles, the most successful listriklah developed and socialized, especially in America, Europe, China and Japan.

"Nordic countries, the use of electric motorcycles have been very widespread, ranging from vehicles inside the compound, a working vehicle, school, until the agency.

The reason this vehicle can save costs, cheaper, and environmentally friendly and super efficient.

Gaya pada 2 kawat Sejajar (Rumus Fisika)

Modern life is one characteristic is a large consumption of electric energy. The amount of energy or electrical load that is used is determined by the reactance (R), inductance (L) and capasitansi (C). The amount of electrical energy consumption was due to many and diverse equipment (load) of electricity used. While commonly used, the electrical load is inductive and capacitive. Where inductive loads (positive) as the reactive power required on rectifier transformers, induction motors (AC) and fluorescent lamps, while the capacitive load (negative) issue of reactive power. Reactive power is not useful resources that can not be converted into energy but is needed for the transmission of electric energy at the load. So that causes waste of electrical energy is the amount of inductive equipment. Means of using electric energy turned out to customers not only burdened by the active power (kW), but also reactive power (kVAR). The sum of the two resources that will generate real power is the power supplied by PLN. If the value of the enlarged power that is usually performed by the industrial customer losses to be a great power is active power (kW) and voltages up to the consumer decreases. Thus, industrial production will decline this is certainly it should not happen to the power supply from PLN should be added that the incremental cost. Because the power is P = VI, then by increasing the amount of resources means there is a decline in prices and the rising price of V I. Thus, active power, reactive power and real power is a unitary

Energi Potensial Listrik

Force
In physics, the force can be classified into two groups, namely the force does not touch the touch and style. Style is a stylish touch that affect the body by direct contact with the object. Style does not touch is the force that affects objects without direct contact with the object.

Forces acting on an object can be either pull or push. Due to the workings of a force against an object, it may cause some changes on these objects. Changes include changes in the object motion and shape changes.