The formula you
are looking for is W = A x V. Watts = Amps x Volts.
480w
No, a drill is not considered as a lever.
Power is transmitted between the drill spindle and drill shank through friction drive (Taper shank push fitted into spindle taper)
A common HSS drill bit.
The wedge on a drill is the cutting edges on the end of the drill bit. The sharp edges grab and "wedge into" material to remove it.
Electricity is turned into mechanical rotation.Some of the rotation removes material from the hole while some becomes heat energy.assuming the electric drill has no monitors and has just a drill, and assuming the electric drill is powered by rechargeable lithium ion batteries, things happen in the order below starting with the drill battery charger1. drill charger converts electrical energy into chemical energy and stores it into the lithium ion battery2. when the user pushes the power button of the drill, chemical energy of the lithium ion battery is converted into electrical energy3. the electrical energy is converted into magnetic energy by the coil in the drill motor4. the magnetic energy then converts into kinetic energy and spins the drill head5. when the drill head touches something, part of the kinetic energy is converted into sound energy which we hear, thermal energy is also created when the drill touches something, which is caused by friction
The formula you are looking for is W = A x V. Watts = Amps x Volts.
To figure that out you need to know the Amperage that it draws and what the voltage of the circuit is that you're using. Once you know that you can figure out how many watts it uses by doing simple math. Voltage x Amperage = Watts
Power = Volts * current [p = E*I]; 120volts*10amps = 1200watts
It sounds like you need a variable speed drill. There was an item on the market a few years ago that you could plug your drill into and control its speed. I haven't seen one lately since most new drills have variable speed built into the drill. On a drill press all you need to do is move the drive belt to the smallest pulley on the motor and the biggest pulley on the drill spindle.
It is the voltage drop from the undersized wire that is used in the extension cord. Under this condition you will find that the drill will start to become hot with the additional current that the drill is trying to draw to keep the motor turning. It could get to a point where the breaker will trip before the drill burns out.
The bulb will light but it will be brighter that the wattage rating of the bulb. The higher voltage will shorten the life of the bulb by a very appreciable amount. It is not recommended to do.
Drill here drill now
They used to be either Ni-Cd or NiMH, which made the cell voltage 1.2V. These days they can be Li-Po / Li-Io, which have about 3.6V cell voltage.
A 24v drill is generally used for light domestic or D.I.Y. jobs around the home. When working with concrete, reinforced concrete, or stone, a higher voltage drill may be required.
Depends on what sort of motor it was. If it was the sort you find in an ordinary electric drill, then it would slow down. But rememer, the only way you can reasonably reduce the current in to motor is to reduce the voltage in the supply. A motor takes what current it can, dependent on Ohm's Law. To reduce the current, reduce the voltage. But in a three-phase motor, the speed being dependent on the rotation of the phases, it would more or less stay the same. But this assumes it's not under load. A load would cause it to slow down.
attach at the back portion of the applianceAnswerAll appliances must have a label attached to them, indicating their rated voltage and rated power. For example, this information will be printed on the globe of an incandescent lamp, or somewhere inside the door of a fridge, or moulded onto the plastic body of an electric drill, etc.
No, a rotating masonry drill bit adjacent to a cable will not create a magnetic field and no it could not disrupt the electrical current within the cable .