The jet force of 0.6 A through the resistor is provided with a voltage of 9 V.
| September 24, 2021 | education
The jet force of 0.6 A through the resistor is provided with a voltage of 9 V. What will the jet force through this resistor become if the voltage is increased to 22.5 V?
To determine the current passing through the used resistor after increasing the voltage, we use the equality: Uk / Ik = R = Un / In and Ik = Uk * In / Un.
Variable values: Uk – increased voltage (Uk = 22.5 V); In – initial current strength (In = 0.6 A); Un – initial voltage (Un = 9 V).
Let’s perform the calculation: Ik = Uk * In / Un = 22.5 * 0.6 / 9 = 1.5 A.
Answer: After increasing the voltage to 22.5 V, a current of 1.5 A will flow through the resistor used.
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