Work out the potential difference if 11,500j of energy are transferred by 50c of charge.

The potential difference if 11,500j of energy are transferred by 50c of charge IS 450V. The following data were obtained from the question: Energy (E) = 11500J Charge (Q) = 50C Potential difference (V) =.? The energy, E stored in a capacitor is related to the charge, Q and potential difference, V by the following equation E = ½QV With the above equation, we can easily calculate the potential difference as follow: E = ½QV 11500 = ½ × 50 × V 11500 = 25 × V Divide both side by 25 V = 11500/25 V = 460V. Therefore, the potential difference is 460V when 11,500j of energy are transferred by 50c of charge. To know more about energy check the below link: brainly.com/question/2003548 #SPJ4

Final answer: The potential difference is calculated using the formula V = E / Q, where E is the energy transferred and Q is the charge. Substituting the given values, the potential difference when 11,500 J of energy is transferred by 50 C of charge is 230 V. Explanation: To work out the potential difference if 11,500 J of energy is transferred by 50 C of charge, we use the formula for potential difference (V), which is defined as the energy (E) transferred per unit charge (Q). The formula is V = E / Q. In this case, we know that E = 11,500 J and Q = 50 C. Using the formula, the potential difference V is calculated as follows: V = E / Q V = 11,500 J / 50 C V = 230 V Therefore, the potential difference is 230 volts (V).