What is the current and voltage across resistors T, V, and X? The image depicts an electrical circuit diagram with multiple resistors and a power supply. The diagram contains the following components and values:1. **Resistors**: - Resistor R: 5.0 Ω - Resistor M: 7.0 Ω - Resistor X: 21 Ω - Resistor T: 4.0 Ω - Resistor U: 14 Ω - Resistor F: 9.0 Ω - Resistor V: 6.0 Ω2. **Power Supply**: - A voltage source labeled as 24 V.3. **Connections**: - The resistors are connected in a combination of series and parallel arrangements. - Resistors M (7.0 Ω) and X (21 Ω) are in parallel with each other and connected in series with Resistor R (5.0 Ω). - This combination is then connected in series with another parallel grouping of Resistors T (4.0 Ω) and U (14 Ω). - The entire network is powered by the 24 V source, with Resistors F (9.0 Ω) and V (6.0 Ω) in series at the power supply's negative terminal.*Note*: Resistors are represented by zig-zag lines, and the power supply by a set of parallel lines (unequal in length). Each component is labeled with its resistance value in ohms (Ω). The configuration is consistent with typical circuit analysis studies, providing practical examples for students learning about electrical resistance, Ohm's law, and series-parallel circuit combinations.

In series, the equivalent resistance is given by Rs = R1 + R2 + R3 + ................ In parallel,…

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