Gina is driving her car down the street. She has a teddy bear sitting on the back seat. A dog runs in front of Gina's car, so sh
e quickly applies the brakes. The force of the brakes causes the car to stop, but the teddy bear continues to move forward until it hits the car's dashboard. The teddy bear did not stop at the same time as the car becauseGina is driving her car down the street. She has a teddy bear sitting on the back seat. A dog runs in front of Gina's car, so she quickly applies the brakes. The force of the brakes causes the car to stop, but the teddy bear continues to move forward until it hits the car's dashboard.
Teddyber continue to move forward because Newton law 1. moving object continue to move until something external make it to stop. no seat belt on teddy ber so only dashboard can make her stop. same if people in car and no seatbelt.
Due to inertia of motion teddy bear continue its motion and hit the car's dashboard
Explanation:
As per Newton's First law of motion we know that if there is no external force on an object then due to the property of inertia it continue its state of motion.
That is if an object is at rest then due to its inertia it will remain at rest while if the object is moving with some speed then due to inertia it will continue to be in motion with same speed.
So here since car is moving initial then the teddy bear is also moving with car in same speed now when Gina apply brakes then due to this force of brake the car will stop but there is no force on teddy bear so it has tendency to continue its motion due to which it moves in the same direction and hit on the dash board of car
I'm giving you a general formula , its called ohm law it states that <span>electric current is proportional to voltage and inversely proportional to resistance
if V=voltage associated with the battery R=resistance , I=current then </span><span> </span>
Explanation:the voltage is just like the force that drives the current through out the circui... When trippled, the force increases and the current increases since the resistance in the circuit remains constant.