Problem 1RP: Express 4,750 in scientific notation. Problem 2RP: Express 0.00738 in scientific notation. Problem 3RP: Express 9.12 103 as a regular decimal number. Problem 4RP: Add 3.1 103 and 5.5 104. Problem 5RP: Subtract 3.5 106 from 2.2 105. Problem 6RP: Multiply 3.2 106 and 1.5 103. Problem 7RP: Divide 8 106 by 2 1010. Problem 8RP: Express 36,000,000,000 in engineering notation. Problem 9RP: Express 0.0000000000056 in engineering notation. Problem 10RP: Express using metric prefixes: 1. 56,000 2. 0.000470 A Problem 11RP: Convert 1 mA to microamperes. Problem 12RP: Convert 1,000 mV to millivolts. Problem 13RP: Convert 893 nA to microamperes. Problem 14RP: Convert 10,000 pF to microfarads. Problem 15RP: Convert 0.0022 mF to picofarads. Problem 16RP: Convert 2.2 k to megohms. Problem 17RP: Add 2,873 mA to 10,000 mA; express the sum in milliamperes. Problem 18RP: How would you show the number 10,000 showing three significant digits? Problem 19RP: What is the difference between a measured quantity of 10 and 10.0? Problem 20RP: Round 3.2850 to three significant digits using the round-to-even rule. Problem 1TFQ: Derived units in the SI system use base units in their definition. Problem 2TFQ: The base electrical unit in the SI system is the volt. Problem 3TFQ: The supplementary SI units are for angular measurements. Problem 4TFQ: The number 3,300 is written as 3.3 103 in both scientific and engineering notation. Problem 5TFQ: A negative number that is expressed in scientific notation will always have a negative exponent. Problem 6TFQ: When you multiply two numbers written in scientific notation, the exponents need to be the same. Problem 7TFQ: When you divide two numbers written in scientific notation, the exponent of the denominator is... Problem 8TFQ: The metric prefix micro has an equivalent power of ten equal to 106. Problem 9TFQ: To express 56 106 with a metric prefix, the result is 56 M. Problem 10TFQ: 0.047 F is equal to 47 nF Problem 11TFQ: 0.010 F is equal to 10,000 pF. Problem 12TFQ: 10,000 kW is equal to 1 MW. Problem 13TFQ: The number of significant digits in the number 0.0102 is three. Problem 14TFQ: To express 10,000 with three significant figures, you could write 10.000 103. Problem 15TFQ: When you apply the round-to-even rule to round off 26.25 to three digits, the result is 26.3. Problem 16TFQ: If a series of measurements are precise, they must also be accurate. Problem 17TFQ: The base SI electrical unit is the ampere. Problem 1ST: Which of the following is not an electrical quantity? a. current b. voltage c. time d. power Problem 2ST: The unit of current is a. volt b. watt c. ampere d. joule Problem 3ST: The number of base units in the SI system is a. 3 b. 5 c. 6 d. 7 Problem 4ST: An mks measurement unit is one that a. can be expressed as a combination of the meter, kilogram and... Problem 5ST: In the Sl system, the prefix k means to multiply the unit by a. 100 b. 1,000 c. 10,000 d. 1,000,000 Problem 6ST Problem 7ST: The quantity 4.7 103 is the same as a) 470 b) 4,700 c) 47,000 d) 0.0047 Problem 8ST: The quantity 56 103 is the same as a. 0.056 b. 0.560 c. 560 d. 56,000 Problem 9ST Problem 10ST: Ten milliamperes can be expressed as a. 10 MA b. 10 A c. 10 kA d. 10 mA Problem 11ST: Five thousand volts can be expressed as a. 5,000 V b. 5 MV c. 5 kV d. either answer (a) or (c) Problem 12ST: Twenty million ohms can be expressed as a. 20 m b. 20 MW c. 20 M d. 20 Problem 13ST Problem 14ST: When reporting a measured value, it is okay to include a. the entire result as shown on a calculator... Problem 1P: Express each of the following numbers in scientific notation: a. 3,000 b. 75,000 c. 2,000,000 Problem 2P: Express each fractional number in scientific notation a. 1/500 b. 1/2,000 c. 1/5,000,000 Problem 3P: Express each of the following numbers in scientific notation: a. 8,400 b. 99,000 c. 0.2 106 Problem 4P: Express each of the following numbers in scientific notation: a. 0.0002 b. 0.6 c. 7.8 102 Problem 5P: Express each of the following numbers in scientific notation: a. 32 103 b. 6,800 106 c. 870 108 Problem 6P: Express each of the following as a regular decimal number: a. 2 105 b. 5.4 109 c. 1.0 101 Problem 7P: Express each of the following as a regular decimal number: a. 2.5 106 b. 5.0 102 c. 3.9 101 Problem 8P: Express each number in regular decimal form: a. 4.5 106 b. 8 109 c. 4.0 1012 Problem 9P: Add the following numbers: a. (9.2 106) + (3.4 107) b. (5 103) + (8.5 101) c. (5.6 108) + (4.6 ... Problem 10P Problem 11P: Perform the following multiplications: a. (5 103)(4 105) b. (1.2 1012)(3 102) c. (2.2 109)(7 ... Problem 12P Problem 13P: Perform the indicated operations: a. (8 104 + 4 103) 2 102 b. (3 107)(5 105) 9 1012 c. (2.2 ... Problem 14P: Starting with 1012, list the powers of ten in increasing order used in engineering notation. Problem 15P: Express each of the following numbers in engineering notation: a. 89,000 b. 450,000 c.... Problem 16P: Express each number in engineering notation: a. 2.35 105 b. 7.32 107 c. 1.333 109 Problem 17P: Express each number in engineering notation: a. 0.000345 b. 0.025 c. 0.00000000129 Problem 18P: Express each number in engineering notation: a. 9.81 103 b. 4.82 104 c. 4.38 107 Problem 19P: Add the following numbers and express each result in engineering notation: a. (2.5 103) + (4.6 ... Problem 20P: Multiply the following numbers and express each result in engineering notation: a. (32 103)(56 ... Problem 21P: Divide the following numbers and express each result in engineering notation: a. 50 (2.2 103) b.... Problem 22P: Express each number in Problem 15 in ohms using a metric prefix. Problem 23P: Express each number in Problem 17 in amperes using a metric prefix. Problem 24P: Express each of the following as a quantity having a metric prefix: a. 31 103 A b. 5.5 103 V c. 20... Problem 25P: Express the following using metric prefixes: a. 3 106 F b. 3.3 106 c. 350 109 A Problem 26P: Express the following using metric prefixes: a. 2.5 1012 A b. 8 109 Hz c. 4.7 103 Problem 27P: Express each quantity by converting the metric prefix to a power-of-10: a. 7.5 pA b. 3.3 GHz c. 280... Problem 28P: Express each quantity in engineering notation: a. 5 A b. 43 mV c. 275 k d. 10 MW Problem 29P: Perform the indicated conversions: a. 5 mA to microamperes b. 3,200 W to milliwatts c. 5,000 kV to... Problem 30P: Determine the following: a. The number of microamperes in 1 milliampere b. The number of millivolts... Problem 31P: Add the following quantities: a. 50 mA + 680 A b. 120 k + 2.2 M c. 0.02 F + 3, 300 pF Problem 32P: Do the following operations: a. 10 k (2.2 k + 10 k) b. 250 mV 50 V c. 1 MW 2 kW Problem 33P: How many significant digits are in each of the following numbers: a. 1.00 103 b. 0.0057 c. 1502.0... Problem 34P: Round each of the following numbers to three significant digits. Use the round-to-even rule. a.... format_list_bulleted