watts = volts X amps
So
240V X 10A = 2400W - not 2500.
Work it out for yourself. The equation is: Z = E/I, where Z is the impedance, E is the supply voltage, and I is the load current.
10A
No, you cannot directly replace a KSD301G 125V 16A 240°C temperature switch with a KSD301 125V 10A 250°C temperature switch. The KSD301G has a higher current rating (16A) compared to the KSD301 (10A), meaning it can handle more current without overheating or failing. Additionally, while the KSD301 has a higher temperature rating, the difference in specifications may affect performance and safety, so using components with matching ratings is crucial.
Use 6/3 Romex protected by a 60A breaker. You'll never miss the other 10A.
A transformer is a power source. It will provide voltage to a device. Find the voltage rating on the device, say 24V. 250/24 = ~10A.
You can use 120v 10a 125w cable projectors 110-240v power in India.
Yes, you can use a 10A 250V power cord on a TV that supports input of 100-240V. The current rating of the power cord (10A) is within the range supported by the TV. Just ensure the plug fits securely into the TV's power input.
When a 250V, 2500W water heater is connected to a mains supply with a 5A fuse, the fuse will likely blow. This is because the heater draws approximately 10A (calculated by dividing the power, 2500W, by the voltage, 250V), which exceeds the 5A rating of the fuse. As a result, the fuse will interrupt the circuit to prevent overheating or damage, preventing the water heater from operating.
No, it is not safe to substitute a 10A 250V plug with a 6A 240V plug. The ampere rating of the plug needs to be compatible with the device's power requirements to avoid overheating or damage. It is recommended to use a plug that matches the original specifications of the device.
Yes. 240 volts at 10 amps is 2400 watts. The generator is 2500 watts maximum. If the generator is 2500 peak power it may not run it very long. If the continuous power rating is at least 2400 watts it should be OK.
10a − 3 − 4a
to solve this expression: 10a-4(a+2) -> 10a-4(a)-4(2) -> 10a-4a-8 -> 6a-8
Work it out for yourself. The equation is: Z = E/I, where Z is the impedance, E is the supply voltage, and I is the load current.
16
10a + 3a - 4a = 9a
10a - 5b = 25 So 5b = 10a - 25 and hence b = 2a - 5
10a - 15 ÷ 5 Order of Operations makes the equation this: 10a - 3, which is in simplest form.