depends on the kind of wire. Lead wire -- 11.5 g/cm3 gold wire -- 18 g/cm3 copper wire -- 8 g/cm3
it is too complicated for me to work out so you do it
it depends on what metal it is, because every material has a different density.
The density of steel is 7.86 X 10^3 kg/m^3
57.2 grams = 0.0572 kilogram(1,400 kilograms) / (0.0572 kilogram per meter) = 24,475.5 meters (rounded)
Your object has distance units for mass, which is remarkable. Forget this homework stuff, report the huge massless object to the authorities if it is dangerous. If it seems safe, publish or perish.
grooved wire mean earth wire smooth wire mean suply wire
white wire = neutral bare wire = ground black wire = line voltage red wire = returned from a switch, or the other phase of line voltage in order to supply 240VAC
Red wire=positive Black wire=negative
It is a mass or object hanging from a rope, string or wire.
It is a mass or object hanging from a rope, string or wire.
v = square root of 1200/0.01
We need to know the diameter of the wire to calculate the volume and the mass. Number of atoms is: 2,58.1023.r2, where r is the radius of the wire.
the longer the wire, the more mass the electrons have to travel thru. the more they have to travel thru, the more resistance. (and the resultant heat) the more electrically conductive the wire, the less resistance.
No. But you can multiply the length of something by the mass of a unit of length of that same something provided it is of uniform cross section. eg if a one meter length of wire ways 7 grams, a kilometer length of that wire will weigh 1000*7 grams.
it went up because the mass increases
A mass air flow sensor, measures the mass(weight/temperature) of the air the engine is taking in. It does this by heating a wire in the sensor to a certain temperature and as the air flows past it cools the wire. The amount of current it takes to maintain the temperature lets the ECM know how much air it ingested by the motor and calculates the amount of fuel that is need.
To work out the mass of wire you need to know its volume. The wire is circular so that volume would just be the cross sectional area (pi * r^2) multiplied by the length of wire. Lets call the length L. The equation is then volume = pi * radius^2 * L. To get the mass of the wire we now multiply this equation by denstiy of the wire; that is how much the wire weighs per volume. Assuming the wire is steel this would be around 800Kg/m^3. So what you want to do is work out the volume as above, then multiply by 800, making sure that your units are consistant....ie lenght and radius in metres.
Yes. The effect is almost completely negligible but the electrons have more kinetic energy in the wire and this extra energy translates into additional mass.
Within a materials elastic limit, the extension of a uniform section (like a wire) will be proportional to the tensile load. The graph of load (mass) v extension will be a straight line
57.2 grams = 0.0572 kilogram(1,400 kilograms) / (0.0572 kilogram per meter) = 24,475.5 meters (rounded)