If the current is equal, the greater the resistance, the more heat is generated. However, if the resistance is greater, the I is smaller, and the electric power is smaller Does this mean that the small power will release more heat

If the current is equal, the greater the resistance, the more heat is generated. However, if the resistance is greater, the I is smaller, and the electric power is smaller Does this mean that the small power will release more heat

First of all, under normal circumstances, it is true that the greater the resistance, the smaller the I and the smaller the electric power. But you should note that you have assumed that the voltage is unchanged. In practical application, there is a constant voltage source and a constant current source besides the constant voltage source, but in middle school, it is generally the default constant voltage source. Secondly, "the heat release with small power" is more in electricity