1 .		Referring to the figure above, determine R1. W
2 .		Referring to the figure above, determine R3. W
3 .		Referring to the figure above, determine R6. W
4 .		Referring to the figure above, determine I2. mA
5 .		Referring to the figure above, determine V4. V. (Note: Give answer to two decimal places.)
6 .		Referring to the figure above, determine V6. V
7 .		Referring to the figure above, the voltage between points A to B in the voltage divider circuit shown is V. (Note: Give answer to three decimal places.)
8 .		Referring to the figure above, the voltage between points A to C in the voltage divider circuit shown is V. (Note: Give answer to two decimal places.)
9 .		Referring to the figure above, the voltage between points B to C in the voltage divider circuit shown is V. (Note: Give answer to two decimal places.)
10 .		Referring to the figure above, the voltage between points C to E in the voltage divider circuit shown is V. (Note: Give answer to two decimal places.)
11 .		Referring to the figure above, the voltage between points D to E in the voltage divider circuit shown is V. (Note: Give answer to two decimal places.)
12 .		Referring to the figure above, the minimum voltage that could be set between point A and ground is V. (Note: Give answer to two decimal places.)
13 .		Referring to the figure above, the maximum voltage that could be set between point A and ground is V. (Note: Give answer to two decimal places.)