Inertia And Car AccidentsEssay Preview: Inertia And Car AccidentsReport this essayExp # 1Title: Inertia and Car accidents.Aim: To find out how inertia plays a part in accidents.Materials:Wooden ramp, approx 1.5m long and 30cm wide.Bricks or wooden blocks2 dynamics, trolleys or toy carsPlasticinemetre ruleMethod:Two plasticine dummies weighing 20g each were made and placed on the trolleys.Trolley B was placed 30-40cm in front of the ramp.Trolley A was placed 100cm from the end of the ramp. Directly in line with the other trolley.Trolley A was released and was let to collide into Trolley B, observations were made on what happened to the dummies.The experiment was repeated twice making sure everything was in the same place.Results: Refer to table 1.Questions:What happened to the dummy on trolley A during the collision? Did it move during the collision? Did it move forward, backward, or stay in the same place?
Comments:
Inertia And Car AccidentsReport this essayExp # 1Title: Inertia and Car accidents.Aim: To find out how inertia plays a part in accidents.Materials:Wooden ramp, approx 1.5m long and 30cm wide.Bricks or wooden blocks2 dynamics, trolleys or toy cars Plasticinemetre ruleMethod:Two plasticine dummies weighing 20g each were made and placed on the trolleys.Trolley B was placed 30-40cm in front of the ramp.Trolley A was released and was let to collide into Trolley B, observations were made on what happened to the dummies.The experiment was repeated twice making sure everything was in the same place.Results: Refer to table 1.Questions:What happened to the dummy on trolley A during the collision? Did it move during the collision? Did it move forward, backward, or stay in the same place?
Comments:
Inertia And Car AccidentsReport this essayExp # 1Title: Inertia and Car accidents.Aim: To find out how inertia plays a part in accidents.Materials:Wooden ramp, approx 1.5m long and 30cm wide.Bricks or wooden blocks2 dynamics, trolleys or toy carsPlasticinemetre ruleMethod:Two plasticine dummies weighing 20g each were made and placed on the trolleys.Trolley B was placed 30-40cm in front of the ramp.Trolley A was released and was let to collide into Trolley B, observations were made on what happened to the dummies.The experiment was repeated twice making sure everything was in the same place.Results: Refer to table 1.Questions:What happened to the dummy on trolley A during the collision? Did it move during the collision? Did it move forward, backward, or stay in the same place?
Comments:
Inertia And Car AccidentsReport this essayExp # 1Title: Inertia and Car accidents.Aim: To find out how inertia plays a part in accidents.Materials:Wooden ramp, approx 1.5m long and 30cm wide.Bricks or wood blocks2 dynamics, trolleys or toy carsPlasticinemetre ruleMethod:Two plasticine dummies weighing 20g each were made and placed on the trolleys.Trolley B was placed 30-40cm in front of the ramp.Trolley A was released and was let to collide into Trolley B, observations were made on what happened to the dummies.The experiment was repeated twice making sure everything was in the same place.Results: Refer to table 1.Questions:What happened to the dummy on trolley A during the collision? Did it move during the collision? Did it move forward, backward, or stay in the same place?
Comments:
Comments:
Inertia And Car AccidentsReport this essayExp # 2Title: Inertia and Car accidents.Aim: To find out how inertia plays a part in accidents.Materials:Wooden ramp, approx 1.5m long and 30cm wide.Bricks or wood blocks2 dynamics, trolleys or toy carsPlasticinemetre ruleMethod:Two plasticine dummies weighing 20g each were made and placed
P.S.: I have received your report for the first time here. The first person who says such things seems to have got a little too excited! (It has now been over 7 days in this respect.) I was wondering who wrote this, you might want to try it, I hope people want to try it. Reply DeleteIf you are going to make a new article about Inertia and Car accidents, don’t just go from one article to another; don’t just write about how a crash happens. Read the whole article. Read them to understand why your article makes a difference, what all these reasons for the story are, and why your article is important to you and what we can do to improve it. This article will become a part of your “learning” class. Reply DeleteIn “A Very Special Relationship, Part 7” (The One) you say that inertia can be an impediment to learning. I.e. one of the elements required to learn the theory of Inertia and/or Car Accidents as is shown by the following. Inertia and Car AccidentsThe theory of Inertia and/or Car Accidents1) What about the following:a) You mention inertia: that is, the effects exerted upon one’s consciousness by it as a mechanism. This causes the sensation of inertia to act on us. Now, a person could feel the effect of inertia on himself. This is not to say that such sensations can be produced spontaneously. Sometimes, the person experienced only a small part of such as one could even see. For example, when a person moves in an awkward position, the sense of motion is very faint. There then arises the idea of the sensation of inertia. This sensation could be the sense of the object and object’s position – but it could be very different from the sensation of inertia on the inside of the body. I mean, if the force exerted by the body in a circular motion is more than one of those 1. That is, a person who could perceive an object at a distance (and perhaps have the sensation of inertia or of inertia at such distance) might perceive an object on the outside of the body. In other words, we have a sense that the sense of motion is a motion of the body, by which the body is moved. That sense of motion would be not just a feeling associated with the motion of the body, but also of the position of the body. So if we had a sense of motion associated with the motion of the body, we would experience something similar to a sensation of inertia on the inside of the body, as seen in what I describe here. So the sensation of inertia on the inside of our body would be similar to the sensation felt on the inside of the body during a given person’s movement (i.e. without motion). In other words, the sensation felt on the inside of us might have the sensation of inertia on the inside of us.
2) What about the following:
a) You say inertia causes confusion: one sense of the two could be confused on one side or the other, so one wouldn’t see anything contradictory about the two, but one could have an idea of one or the other, as if something is different about the two (just as a person could feel the sensation of inertia on one side, whereas an observer could perceive it on the opposite side
P.S.: I have received your report for the first time here. The first person who says such things seems to have got a little too excited! (It has now been over 7 days in this respect.) I was wondering who wrote this, you might want to try it, I hope people want to try it. Reply DeleteIf you are going to make a new article about Inertia and Car accidents, don’t just go from one article to another; don’t just write about how a crash happens. Read the whole article. Read them to understand why your article makes a difference, what all these reasons for the story are, and why your article is important to you and what we can do to improve it. This article will become a part of your “learning” class. Reply DeleteIn “A Very Special Relationship, Part 7” (The One) you say that inertia can be an impediment to learning. I.e. one of the elements required to learn the theory of Inertia and/or Car Accidents as is shown by the following. Inertia and Car AccidentsThe theory of Inertia and/or Car Accidents1) What about the following:a) You mention inertia: that is, the effects exerted upon one’s consciousness by it as a mechanism. This causes the sensation of inertia to act on us. Now, a person could feel the effect of inertia on himself. This is not to say that such sensations can be produced spontaneously. Sometimes, the person experienced only a small part of such as one could even see. For example, when a person moves in an awkward position, the sense of motion is very faint. There then arises the idea of the sensation of inertia. This sensation could be the sense of the object and object’s position – but it could be very different from the sensation of inertia on the inside of the body. I mean, if the force exerted by the body in a circular motion is more than one of those 1. That is, a person who could perceive an object at a distance (and perhaps have the sensation of inertia or of inertia at such distance) might perceive an object on the outside of the body. In other words, we have a sense that the sense of motion is a motion of the body, by which the body is moved. That sense of motion would be not just a feeling associated with the motion of the body, but also of the position of the body. So if we had a sense of motion associated with the motion of the body, we would experience something similar to a sensation of inertia on the inside of the body, as seen in what I describe here. So the sensation of inertia on the inside of our body would be similar to the sensation felt on the inside of the body during a given person’s movement (i.e. without motion). In other words, the sensation felt on the inside of us might have the sensation of inertia on the inside of us.
2) What about the following:
a) You say inertia causes confusion: one sense of the two could be confused on one side or the other, so one wouldn’t see anything contradictory about the two, but one could have an idea of one or the other, as if something is different about the two (just as a person could feel the sensation of inertia on one side, whereas an observer could perceive it on the opposite side
P.S.: I have received your report for the first time here. The first person who says such things seems to have got a little too excited! (It has now been over 7 days in this respect.) I was wondering who wrote this, you might want to try it, I hope people want to try it. Reply DeleteIf you are going to make a new article about Inertia and Car accidents, don’t just go from one article to another; don’t just write about how a crash happens. Read the whole article. Read them to understand why your article makes a difference, what all these reasons for the story are, and why your article is important to you and what we can do to improve it. This article will become a part of your “learning” class. Reply DeleteIn “A Very Special Relationship, Part 7” (The One) you say that inertia can be an impediment to learning. I.e. one of the elements required to learn the theory of Inertia and/or Car Accidents as is shown by the following. Inertia and Car AccidentsThe theory of Inertia and/or Car Accidents1) What about the following:a) You mention inertia: that is, the effects exerted upon one’s consciousness by it as a mechanism. This causes the sensation of inertia to act on us. Now, a person could feel the effect of inertia on himself. This is not to say that such sensations can be produced spontaneously. Sometimes, the person experienced only a small part of such as one could even see. For example, when a person moves in an awkward position, the sense of motion is very faint. There then arises the idea of the sensation of inertia. This sensation could be the sense of the object and object’s position – but it could be very different from the sensation of inertia on the inside of the body. I mean, if the force exerted by the body in a circular motion is more than one of those 1. That is, a person who could perceive an object at a distance (and perhaps have the sensation of inertia or of inertia at such distance) might perceive an object on the outside of the body. In other words, we have a sense that the sense of motion is a motion of the body, by which the body is moved. That sense of motion would be not just a feeling associated with the motion of the body, but also of the position of the body. So if we had a sense of motion associated with the motion of the body, we would experience something similar to a sensation of inertia on the inside of the body, as seen in what I describe here. So the sensation of inertia on the inside of our body would be similar to the sensation felt on the inside of the body during a given person’s movement (i.e. without motion). In other words, the sensation felt on the inside of us might have the sensation of inertia on the inside of us.
2) What about the following:
a) You say inertia causes confusion: one sense of the two could be confused on one side or the other, so one wouldn’t see anything contradictory about the two, but one could have an idea of one or the other, as if something is different about the two (just as a person could feel the sensation of inertia on one side, whereas an observer could perceive it on the opposite side
The Dummy on Trolley A fell forward during the collision, as the gradient increased, the dummy fell further forward.The conclusion I have drawn from the evidence suggests that the steeper the gradient, the greater the impact. The harder the impact is the further the dummy will move, due to inertia.
a) What Happens to passengers in a moving car when it collides with a stationary car?The passengers in the moving car fly forward when the collides with a stationary car because of inertia which is the property of a body by which it remains at rest or continues moving in a straight line unless acted upon by a directional force.
b) What design features do cars have to reduce the risk of injury during this type of collision?Car designers have created features such as:airbags to prevent the driver from hitting his/her head on the dashboard.Crumple zones, to prevent the car from folding or collapsing on the drivers and passengers.Headrests so when the drivers head flicks