The higher the voltage supplied to a circuit:the bigger the "push" received by electronsthe lower the currentthe higher the resistancethe less energy is us

The statement seems to be a mix of different concepts related to electricity. Let's break it down:

1. "The higher the voltage supplied to a circuit: the bigger the "push" received by electrons" - This is correct. Voltage is essentially the force that pushes the electrons through a circuit. So, the higher the voltage, the more force the electrons have to move through the circuit.

2. "The lower the current" - This is not necessarily correct. Ohm's Law states that the current (I) in a circuit is directly proportional to the voltage (V) and inversely proportional to the resistance (R). So, if the voltage increases and the resistance stays the same, the current will also increase. If the resistance increases and the voltage stays the same, the current will decrease.

3. "The higher the resistance" - This is not necessarily correct. The resistance in a circuit is determined by the properties of the materials in the circuit and the temperature, not the voltage. However, if the voltage increases and the current stays the same, this would imply that the resistance has increased.

4. "The less energy is used" - This is not correct. The energy used in a circuit is given by the product of the voltage and the current (E = V x I). So, if the voltage increases and the current stays the same, more energy will be used. If the current decreases and the voltage stays the same, less energy will be used.