!"#$%&&&&'&&()%*%
+,-./01-2/34%56%!7849:4%
;1:7/-9:4%
Quantity
Units
Force
Newton (N)
Work
Joule (J
Energy
Joule (J)
Power
Watt (W = J/s)
= N m)
!15<31%=59->%?5@A%
;/:79-14%.59->%B5@A%
Quantity
Vaiue
Mass (m)
1500 kg
Force
1.1 x 104 N
Initial velocity (v0)
100 km/hr
SI Value
Quantity
Vaiue
Mass (m)
1500 kg
Force (F)
1.1 x 104 N
Initial velocity (v0)
100 km/hr
Final velocity (vf)
0
Quantity
Vaiue
Mass (m)
1500 kg
Force (F)
1.1 x 104 N
Initial velocity (v0)
100 km/hr
Final velocity (vf)
0
SI Value
SI Value
Quantity
Vaiue
Mass (m)
1500 kg
Force (F)
1.1 x 104 N
Initial velocity (v0)
100 km/hr
Final velocity (vf)
0
SI Value
Quantity
Vaiue
SI Value
Mass (m)
1500 kg
1500 kg
Force (F)
1.1 x 104 N
1.1 x 104 N
Initial velocity (v0)
100 km/hr
27.8 m s–1
Final velocity (vf)
0
0
Quantity
Vaiue
SI Value
Mass (m)
1500 kg
1500 kg
Force (F)
1.1 x 104 N
1.1 x 104 N
Initial velocity (v0)
100 km/hr
27.8 m s–1
Final velocity (vf)
0
0
Quantity
Vaiue
SI Value
Mass (m)
1500 kg
1500 kg
Force (F)
1.1 x 104 N
1.1 x 104 N
Initial velocity (v0)
100 km/hr
27.8 m s–1
Final velocity (vf)
0
0
Quantity
Vaiue
SI Value
Mass (m)
1500 kg
1500 kg
Force (F)
1.1 x 104 N
1.1 x 104 N
Initial velocity (v0)
100 km/hr
27.8 m s–1
Final velocity (vf)
0
0
Quantity
Vaiue
SI Value
Mass (m)
1500 kg
1500 kg
Force (F)
1.1 x 104 N
1.1 x 104 N
Initial velocity (v0)
100 km/hr
27.8 m s–1
Final velocity (vf)
0
0
Quantity
Vaiue
SI Value
Mass (m)
1500 kg
1500 kg
Force (F)
1.1 x 104 N
1.1 x 104 N
Initial velocity (v0)
100 km/hr
27.8 m s–1
Final velocity (vf)
0
0
Quantity
Vaiue
SI Value
Mass (m)
1500 kg
1500 kg
Force (F)
1.1 x 104 N
1.1 x 104 N
Initial velocity (v0)
100 km/hr
27.8 m s–1
Final velocity (vf)
0
0
Quantity
Vaiue
SI Value
Mass (m)
1500 kg
1500 kg
Force (F)
1.1 x 104 N
1.1 x 104 N
Initial velocity (v0)
100 km/hr
27.8 m s–1
Final velocity (vf)
0
0
!@5C3104%9-%01:7/-9:4%:/-%5D1-%C1%453E1.%C8%
2B5%/321@-/FE1%01275.4G%
&H  I41%56%J1B25-K4%L/B4%/-.%A9-10/F:4%
MH  I41%56%?5@A%/-.%N-1@>8%O7/->14%