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Alice and Bob are two cosmic physicists who grew up on different planets. They meet at an interplanetary symposium on weights and measures to discuss the establishment of a universal system of units. Alice proudly describes the merits of the metric system used on Earth (kg, m, s). Bob describes the merits of the planetary system used everywhere else in the solar system with equal pride. Bob's system uses planetary mass units (pmu), planctary length units (plu), and planetary time units (ptu). The constant factors relating the basic mass, length, and time standards of the two systems are µ, 2, and r: 1 kg 1 pmu 1m 1s 1 plu 1 ptu 1m (For example, if the plu were an inch, we would have 1 = * 39.37.) 1 inch What are the conversion factors needed to convert the following from metric to planetary units? (a) Acceleration (b) Force (c) Energy (d) Frequency (e) Density Express your results as products of µ, 2, and r.

Alice and Bob are two cosmic physicists who grew up on different planets. They meet at an interplanetary symposium on weights and measures to discuss the establishment of a universal system of units. Alice proudly describes the merits of the metric system used on Earth (kg, m, s). Bob describes the merits of the planetary system used everywhere else in the solar system with equal pride. Bob's system uses planetary mass units (pmu), planctary length units (plu), and planetary time units (ptu). The constant factors relating the basic mass, length, and time standards of the two systems are µ, 2, and r: 1 kg 1 pmu 1m 1s 1 plu 1 ptu 1m (For example, if the plu were an inch, we would have 1 = * 39.37.) 1 inch What are the conversion factors needed to convert the following from metric to planetary units? (a) Acceleration (b) Force (c) Energy (d) Frequency (e) Density Express your results as products of µ, 2, and r.

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1 Conversion Factors Alice and Bob are two cosmic physicists who grew up on different planets. They meet at an interplanetary symposium on weights and measures to discuss the establishment of a universal system of units. Alice proudly describes the merits of the metric system used on Earth (kg, m, s). Bob describes the merits of the planetary system used everywhere else in the solar system with equal pride. Bob's system uses planetary mass units (pmu), planetary length units (plu), and planetary time units (ptu). The constant factors relating the basic mass, length, and time standards of the two systems are µ, 2, and r: 1 kg = 1 pmu 1m = 1 plu 1s 1 ptu (For example, if the plu were an inch, we would have 1 = 1 inch 1m * 39.37.) What are the conversion factors needed to convert the following from metric to planetary units? (a) Acceleration (b) Force (c) Energy (d) Frequency (e) Density Express your results as products of u, a, and r.
Transcribed Image Text:1 Conversion Factors Alice and Bob are two cosmic physicists who grew up on different planets. They meet at an interplanetary symposium on weights and measures to discuss the establishment of a universal system of units. Alice proudly describes the merits of the metric system used on Earth (kg, m, s). Bob describes the merits of the planetary system used everywhere else in the solar system with equal pride. Bob's system uses planetary mass units (pmu), planetary length units (plu), and planetary time units (ptu). The constant factors relating the basic mass, length, and time standards of the two systems are µ, 2, and r: 1 kg = 1 pmu 1m = 1 plu 1s 1 ptu (For example, if the plu were an inch, we would have 1 = 1 inch 1m * 39.37.) What are the conversion factors needed to convert the following from metric to planetary units? (a) Acceleration (b) Force (c) Energy (d) Frequency (e) Density Express your results as products of u, a, and r.
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