- #1
craftylady
- 1
- 0
Car A was turning right
Car B was stopped at stop light.
Car B with no further oncoming traffic at the time proceeded across the intersection. Halfway across the intersection Car C T-bones Car B.
CAR B is 2012 Chevy Silverado 4X4 LTZ
CAR C is approx 2002 Nissan Sentra (I believe)
When Car C impacts with CAR B, Car B rolls onto its side, causing Car B driver to be trapped until help arrives.
Car C Nissan 8549 Kg
Velocity is 5.26
Time to impact .54 seconds
Impact Force N
166547.18518518517
Car B
• Speed at impact:6.07 m/s
• or 21.85 km/h
• time until impact:0.62 s
• Energy at impact:58496.20 joules
• Mass in kg 3175
and not including the .5-.8 of road. I calculated the impact force of Car C at 155547 divided by the mass weight of car B giving Car C the rate of speed at 52.45. just need to know if this is correct or if I missed something.
Car B was stopped at stop light.
Car B with no further oncoming traffic at the time proceeded across the intersection. Halfway across the intersection Car C T-bones Car B.
CAR B is 2012 Chevy Silverado 4X4 LTZ
CAR C is approx 2002 Nissan Sentra (I believe)
When Car C impacts with CAR B, Car B rolls onto its side, causing Car B driver to be trapped until help arrives.
Car C Nissan 8549 Kg
Velocity is 5.26
Time to impact .54 seconds
Impact Force N
166547.18518518517
Car B
• Speed at impact:6.07 m/s
• or 21.85 km/h
• time until impact:0.62 s
• Energy at impact:58496.20 joules
• Mass in kg 3175
and not including the .5-.8 of road. I calculated the impact force of Car C at 155547 divided by the mass weight of car B giving Car C the rate of speed at 52.45. just need to know if this is correct or if I missed something.