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Problem: Two masses, one of 10 kg and the other unknown, are placed on a scale in a region where g= 9.67 m/s². The combined weight of these two masses is 174.06 N. Find the unknown mass in Kg and lb.

Problem: Two masses, one of 10 kg and the other unknown, are placed on a scale in a region where g= 9.67 m/s². The combined weight of these two masses is 174.06 N. Find the unknown mass in Kg and lb.

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33. Thermodynamics

F = ma go Convertion: gu = 32.2 - gc = 9.81 kg m gc = 980.6 Ibm ft 1bf5² gc = m kgf. 6² gm - cm gf. s² = 1.0 kgm.m N. 5² gc = 1.0 slug. f+ 1bf.5² gc = 1.0 gm.cm Dynes 5² Where: m= mass (kg, g, lb) v=volume (m³, cm³, ft³) p= density (kg/m³, g/cm³, lb/ft³) p= m V Problem: Two masses, one of 10 kg and the other unknown, are placed on a scale in a region where g= 9.67 m/s². The combined weight of these two masses is 174.06 N. Find the unknown mass in Kg and lb.
Transcribed Image Text:F = ma go Convertion: gu = 32.2 - gc = 9.81 kg m gc = 980.6 Ibm ft 1bf5² gc = m kgf. 6² gm - cm gf. s² = 1.0 kgm.m N. 5² gc = 1.0 slug. f+ 1bf.5² gc = 1.0 gm.cm Dynes 5² Where: m= mass (kg, g, lb) v=volume (m³, cm³, ft³) p= density (kg/m³, g/cm³, lb/ft³) p= m V Problem: Two masses, one of 10 kg and the other unknown, are placed on a scale in a region where g= 9.67 m/s². The combined weight of these two masses is 174.06 N. Find the unknown mass in Kg and lb.
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