How would you characterize the collision between the blob and the truck? (Be as specific as possible)

A 250g blob of toy slime is thrown at 2 m/s and collides with a 750g toy truck initially at rest. The blob sticks to the truck and both move together at a speed of

After completing your grade 12 Physics course, you have been hired by a prominent forensic engineering company, specializing in vehicle accident reconstruction. Your first task is to analyze a vehicle accident site in order to eventually determine the pre-crash speeds of the two cars involved. Ultimately, the investigation is to conclusively state whether one or both of the cars were traveling above the posted speed limit prior to the collision. Your client (a large insurance company) has prepared for you an aerial photograph that displays the general intersection layout as well as the skid marks produced on the road after the cars collided and 'hooked bumpers'. They also informed you that on the day of the collision, road conditions were dry, smooth, and level. Also, you have been granted access to the intersection if required. Before actually determining the pre-crash speeds, your boss had asked you to prepare a detailed plan you intend to use to determine how fast the cars were traveling just before they collided, You are to derive equation(s) involving the appropriate variables that could be used to directly determine the pre-crash speeds of the cars (note - no numerical values are required).

A loaded truck collides with a car causing a large amount of damage to the car. Which of the following is true about the collision?a.The force on the truck is the same in magnitude as the force on the car.b.The force on the truck is greater than the force on the car.c.During the collision, the truck has a greater displacement than the car.d.The force on the car is greater than the force on the truck.e.During the collision, the truck has a greater acceleration than the car

A 3000 kg truck moving with a velocity of 10 m/s hits a 1000 kg parked car. The impact causes the 1000 kg car to be set in motion at 15 m/s. Assuming that momentum is conserved during the collision, what is the velocity of the truck immediately after the collision?

A 3000 kg truck moving with a velocity of 10 m/s hits a 1000 kg parked car. The impact causes the 1000 kg car to be set in motion at 15 m/s. Assuming that momentum is conserved during the collision, what is the velocity of the truck immediately after the collision?*1 point5 m/s10 m/s17 m/s21 m/sSubmit