# barcode generator in vb.net Questions 4, 5, 6, 7, 10, and 11. Resistances are in ohms, where k indicates multiplication by 1000. in Software Encode Code-39 in Software Questions 4, 5, 6, 7, 10, and 11. Resistances are in ohms, where k indicates multiplication by 1000.

Questions 4, 5, 6, 7, 10, and 11. Resistances are in ohms, where k indicates multiplication by 1000.
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5. In the situation shown by Fig. 5-10, what is the current through R2 (a) 6.8 mA (b) 43 mA (c) 0.15 A (d) 6.8 A 6. In the situation shown by Fig. 5-10, what is the total current drawn from the source (a) 6.8 mA (b) 43 mA (c) 0.15 A (d) 6.8 A
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7. In the situation shown by Fig. 5-10, suppose that resistor R2 opens up. The current through the other two resistors will (a) increase. (b) decrease. (c) drop to zero. (d) not change. 8. Suppose that four resistors are connected in series with a 6.0-V supply, with values shown in Fig. 5-9. What is the power dissipated by the whole combination (a) 0.2 W (b) 6.5 mW (c) 200 W (d) 6.5 W 9. In the situation shown by Fig. 5-9, what is the power dissipated by R4 (a) 11 mW (b) 0.11 W (c) 0.2 W (d) 6.5 mW 10. Suppose that three resistors are in parallel as shown in Fig. 5-10. What is the power dissipated by the whole set of resistors (a) 5.4 W (b) 5.4 W (c) 650 W (d) 0.65 W 11. In the situation shown by Fig. 5-10, what is the power dissipated in resistance R1 (a) 32 mW (b) 0.48 W (c) 2.1 W (d) 31 W 12. Fill in the blank in the following sentence to make it true: In a series or parallel dc circuit, the sum of the s in each component is equal to the total provided by the power supply. (a) current (b) voltage (c) wattage (d) resistance 13. Look at Fig. 5-5A. Suppose the resistors each have values of 33 and the battery supplies 24 V. What is the current I1 (a) 1.1 A (b) 0.73 A
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Quiz
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(c) 0.36 A (d) Not determinable from the information given 14. Look at Fig. 5-5B. Let each resistor have a value of 820 . Suppose the top three resistors all lead to identical light bulbs. If I1 = 50 mA and I2 = 70 mA, what is the power dissipated in the resistor carrying current I4 (a) 33 W (b) 40 mW (c) 1.3 W (d) It can t be found using the information given. 15. Refer to Fig. 5-6. Suppose the resistances R1, R2, R3, and R4 are in exactly the ratio 1:2:4:8 from left to right, and the battery supplies 30 V. What is the voltage E2 (a) 4.0 V (b) 8.0 V (c) 16 V (d) It is not determinable from the data given. 16. Refer to Fig. 5-6. Suppose the resistances are each 3.3 k , and the battery supplies 12 V. If the plus terminal of a dc voltmeter is placed between resistances R1 and R2 (with voltages E1 and E2 across them, respectively), and the minus terminal of the voltmeter is placed between resistances R3 and R4 (with voltages E3 and E4 across them, respectively), what will the meter register (a) 0.0 V (b) 3.0 V (c) 6.0 V (d) 12 V 17. In a voltage divider network, the total resistance (a) should be large to minimize current drain. (b) should be as small as the power supply will allow. (c) is not important. (d) should be such that the current is kept to 100 mA. 18. The maximum voltage output from a voltage divider (a) is a fraction of the power supply voltage. (b) depends on the total resistance. (c) is equal to the supply voltage. (d) depends on the ratio of resistances. 19. Refer to Fig. 5-7. Suppose the battery voltage E is 18.0 V, and there are four resistances in the network such that R1 = 100 , R2 = 22.0 , R3 = 33.0 , and R4 = 47.0 . What is the voltage E3 at P3 (a) 4.19 V (b) 13.8 V
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