51. Current divider predicts that the most current will flow in the parallel path of the most resistance.
52. The total resistance of like value resistors in parallel is equal to the value of the resistors multiplied by the number of resistors used.
53. Parallel circuits have only one path for current.
54. The total current in the given circuit equals _____.
55. As additional resistors are connected to a parallel circuit, the total resistance will ___.
56. An ammeter is connected in ______ with the branch resistor to measure branch current, and in ______ with the voltage supply to measure total parallel circuit current.
57. The total current in the given circuit is ___.
58. If the voltmeter indicates 12 V in the given circuit, the voltage across R2 equals ___.
59. Circuit analysis should reveal that the largest resistance in a parallel circuit has the ______.
60. An open resistor in parallel will cause the total ___ to increase.
61. The total power in the given circuit is ___.
62. The total resistance in the given circuit is _____.
63. If R1 opens in the given circuit, the total current equals ___.
64. If R2 opens in the given circuit, the voltage across R1 will ___.
65. A parallel resistor's value that changes with age will cause a corresponding change in ______ .
66. A circuit is parallel between two points if ___ between those two points.
67. When parallel resistors are of three different values, which has the greatest power loss?
68. What is the product-over-sum result of 150 and 6800?
69. The voltage across any branch of a parallel circuit:
70. What is the total power loss if 2 k and 1 k parallel-connected resistors have an IT of 3 mA?
71. What happens to total resistance in a circuit with parallel resistors if one of them opens?