An electronic circuit needs a potential difference of 3,6 V across a resistor when it has a current of 30 mA…

Question

An electronic circuit needs a potential difference of 3,6 V across a resistor when it has a current of 30 mA. Will the voltage still be 3,6 V if the resistor has a resistance of 96 Ω? Answer Yes or No. Justify your response with a calculation.

ScanSolve AI Tutor · Accepted Answer

Okay, Success💗🎀🥹, let's continue with these circuit problems. Question 7.7: A bulb operates from a 220 V supply. The resistance is 550 Ω. Calculate the strength of the current when it is lit. Step 1: Identify the given values. Voltage (V) = 220 V; Resistance (R) = 550 Ω; Step 2: Use Ohm's Law to calculate the current (I = V/R). I = 220 V550 Ω; I = 0.4 A The strength of the current is 0.4 A. 0.4 A Question 7.8: An electronic circuit needs a potential difference of 3.6 V across a resistor when it has a current of 30 mA. Will the voltage still be 3.6 V if the resistor has a resistance of 96 Ω? Answer Yes or No. Justify your response with a calculation. Step 1: Identify the given values for the new scenario. Current (I) = 30 mA; Resistance (R) = 96 Ω Step 2: Convert the current from milliamperes (mA) to amperes (A). I = 30 mA = 30 × 10⁻³ A = 0.030 A; Step 3: Calculate the voltage (V) across the resistor using Ohm's Law (V = I × R). V = 0.030 A × 96 Ω; V = 2.88 V Step 4: Compare the calculated voltage to the required voltage of 3.6 V. Since 2.88 V ≠ 3.6 V, the voltage will not still be 3.6 V. No, the voltage will not still be 3.6 V. It will be 2.88 V. No, V = 2.88 V

An electronic circuit needs a potential difference of 3,6 V across a resistor when it has a current of 30 mA. Will the voltage still be 3,6 V if the resistor has a resistance of 96 Ω? Answer Yes or No. Justify your response with a calculation.

Answers

Step-by-step solution

Part 7.7· 2 steps

Identify the given values.

Use Ohm's Law to calculate the current ( $I = \frac{V}{R}$ ).

Part 7.8· 4 steps
$\text{No, } V = 2.88 \text{ V}$

Identify the given values for the new scenario.

Convert the current from milliamperes (mA) to amperes (A).

Calculate the voltage ( $V$ ) across the resistor using Ohm's Law ( $V = I \times R$ ).

Compare the calculated voltage to the required voltage of 3.6 V.

Try one yourself

Still stuck on this one?

More Physics Questions

An electronic circuit needs a potential difference of 3,6 V across a resistor when it has a current of 30 mA. Will the voltage still be 3,6 V if the resistor has a resistance of 96 Ω? Answer Yes or No. Justify your response with a calculation.

Answers

Step-by-step solution

Part 7.7· 2 steps

Identify the given values.

Use Ohm's Law to calculate the current (I=VRI = \frac{V}{R}I=RV​).

Part 7.8· 4 stepsNo, V=2.88 V\text{No, } V = 2.88 \text{ V}No, V=2.88 V

Identify the given values for the new scenario.

Convert the current from milliamperes (mA) to amperes (A).

Calculate the voltage (VVV) across the resistor using Ohm's Law (V=I×RV = I \times RV=I×R).

Compare the calculated voltage to the required voltage of 3.6 V.

Try one yourself

Still stuck on this one?

More Physics Questions

Use Ohm's Law to calculate the current ( $I = \frac{V}{R}$ ).

Part 7.8· 4 steps
$\text{No, } V = 2.88 \text{ V}$

Calculate the voltage ( $V$ ) across the resistor using Ohm's Law ( $V = I \times R$ ).