The circuit or device that the fuse was meant to protect would not be protected if a fuse with a higher rating were to be used. This could result in the circuit or device being destroyed by a higher than normal current flow in a short circuit fault condition.
The current in a short circuit may be very high because the resistance in the short circuit is probably less than the resistance in the original circuit.
If you heat steam under pressure you get "superheated steam" under higher than original pressure
The motor simply wont get enough fuel to run properly.
Current tends to travel on the surface of the wire. As you decrease the cross-sectional area of a wire the resistance increases. That is why larger wires are rated for higher currents.
If a 1.5 volt battery is replaced by a 9 volt battery in a circuit, the current flowing through the circuit will likely increase. This is because the higher voltage of the 9 volt battery will provide more electromotive force, pushing more current through the circuit, assuming the resistance remains the same.
Yes, higher voltage typically results in higher current flow in a circuit, according to Ohm's Law.
The original globe theater was the same as the current one, not very large. the biggest difference is that the floor on the lowest level is higher up because it was paved with concrete when the mud and nutshell "authentic" floor washed away.
It would move further out of the current orbit. Possibly into an unstable orbit & be flung from earth altogether (however, the people who design satellites are fairly smart and won't allow that to happen)
A: The rules are that a source more powerful can always replace a less powerful one. The things that limit this application is the voltage cannot be higher then the original requirement.
Using a laptop AC adapter with a higher amperage rating should be safe, as the laptop will only draw the amount of current it needs. However, using an adapter with a much higher voltage could damage your laptop. Always match the voltage and polarity exactly, and ensure the amperage is equal to or higher than the original adapter.
The frequency of A one octave higher is double the original frequency. For example, if the original A is 440 Hz, the A one octave higher would be 880 Hz.
The difference is that the 440 vac capacitor has a 70 volt-amp-current higher output than the 370. Capacitors must always be replaced with the same size micro-farads or you'll damage the device, such as a motor. The vac rating can be changed with a capacitor with a higher rating but not lower. Example: 15mfd at 370vac can be replaced by a 15mfd at 440vac, but not the opposite.