Sketch in a plot like the one below the voltage as one moves around the outer loop

Sketch, in a plot like the one below, the voltage as one moves
around the outer loop in the circuit from part A, from point C
through V1 to point D, through R1 to A, through V2 to B, then back
to C. Assume point C is at 0V, V1= 11V, and V2 = 6V. Ignore all
given currents. Label specific voltages on the y-axis; in other
words, the graph should show quantitatively the change in voltages
through the loop. The graph has been started for you (dashed line).
Draw lines on the diagram and please show your work Sketch, in a plot like the one below, the voltage as one moves
around the outer loop in the circuit from part A, from point C
through V1 to point D, through R1 to A, through V2 to B, then back
to C. Assume point C is at 0V, V1= 11V, and V2 = 6V. Ignore all
given currents. Label specific voltages on the y-axis; in other
words, the graph should show quantitatively the change in voltages
through the loop. The graph has been started for you (dashed line).
Draw lines on the diagram and please show your work

2. (1.5) Sketch, in a plot like the one below, the voltage as one moves around the outer loop in the circuit from part A, from point C through V, to point D, through R, to A, through V, to B, then back to C. Assume point C is at OV, V, = 11V, and V, = 6V. Ignore all given currents. Label specific voltages on the y-axis; in other words, the graph should show quantitatively the change in voltages through this loop. The graph has been started for you (dashed line). D A B C 2. (1.5) Sketch, in a plot like the one below, the voltage as one moves around the outer loop in the circuit from part A, from point C through V, to point D, through R, to A, through V, to B, then back to C. Assume point C is at OV, V, = 11V, and V, = 6V. Ignore all given currents. Label specific voltages on the y-axis; in other words, the graph should show quantitatively the change in voltages through this loop. The graph has been started for you (dashed line). D A B C

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Sketch, in a plot like the one below, the voltage as one moves
around the outer loop in the circuit from part A, from point C
through V1 to point D, through R1 to A, through V2 to B, then back
to C. Assume point C is at 0V, V1= 11V, and V2 = 6V. Ignore all
given currents. Label specific voltages on the y-axis; in other
words, the graph should show quantitatively the change in voltages
through the loop. The graph has been started for you (dashed line).
Draw lines on the diagram and please show your work

2. (1.5) Sketch, in a plot like the one below, the voltage as one moves around the outer loop in the circuit from part A, from point C through V, to point D, through R, to A, through V, to B, then back to C. Assume point C is at OV, V, = 11V, and V, = 6V. Ignore all given currents. Label specific voltages on the y-axis; in other words, the graph should show quantitatively the change in voltages through this loop. The graph has been started for you (dashed line). D A B C Sketch, in a plot like the one below, the voltage as one moves
around the outer loop in the circuit from part A, from point C
through V1 to point D, through R1 to A, through V2 to B, then back
to C. Assume point C is at 0V, V1= 11V, and V2 = 6V. Ignore all
given currents. Label specific voltages on the y-axis; in other
words, the graph should show quantitatively the change in voltages
through the loop. The graph has been started for you (dashed line).
Draw lines on the diagram and please show your work

2. (1.5) Sketch, in a plot like the one below, the voltage as one moves around the outer loop in the circuit from part A, from point C through V, to point D, through R, to A, through V, to B, then back to C. Assume point C is at OV, V, = 11V, and V, = 6V. Ignore all given currents. Label specific voltages on the y-axis; in other words, the graph should show quantitatively the change in voltages through this loop. The graph has been started for you (dashed line). D A B C

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