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Problem: A car whose mass is 2 metric ton is accelerated uniformly from standstill to 100 kph in 5 sec Find the mass in pounds, the acceleration in m/s², the driving force in Newstons, and the distance travelled in m, ft.

Problem: A car whose mass is 2 metric ton is accelerated uniformly from standstill to 100 kph in 5 sec Find the mass in pounds, the acceleration in m/s², the driving force in Newstons, and the distance travelled in m, ft.

Question

22. Thermodynamics

F = - ma ge Convertion: gu = 32.2 gc = 981 gc = 980.6 gc = Ibm. ft 1bf5² kg m kgf. 6² gc = 1.0 .m = 1.0 kgm.m N.S² gm cm gf. ² gc = 1.0 slug. ft 1bf.² gm.cm Dynes 5² Where: m= mass (kg, g, lb) v= volume (m³, cm³, ft³) p= density (kg/m³, g/cm³, lb/ft³) m V Problem: A car whose mass is 2 metric ton is accelerated uniformly from standstill to 100 Kph in 5 sec Find the mass in pounds, the acceleration in m/s², the driving force in Newstons, and the distance travelled in m, ft.
Transcribed Image Text:F = - ma ge Convertion: gu = 32.2 gc = 981 gc = 980.6 gc = Ibm. ft 1bf5² kg m kgf. 6² gc = 1.0 .m = 1.0 kgm.m N.S² gm cm gf. ² gc = 1.0 slug. ft 1bf.² gm.cm Dynes 5² Where: m= mass (kg, g, lb) v= volume (m³, cm³, ft³) p= density (kg/m³, g/cm³, lb/ft³) m V Problem: A car whose mass is 2 metric ton is accelerated uniformly from standstill to 100 Kph in 5 sec Find the mass in pounds, the acceleration in m/s², the driving force in Newstons, and the distance travelled in m, ft.
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