Answer:
Elasticity or Flexibility
Explanation:
The ability of an object to resume its normal shape after being stretched or compressed is called elasticity
The scatter plot that shows a positive correlation between force and acceleration.
<h3>What is the relationship between acceleration of an object and the applied force?</h3>
The acceleration of an object is the change in velocity with time.
- Acceleration = change in velocity/time
Force is defined as an agent which causes a change in the motion or state of rest of a body.
According to Newton's law of motion, the rate of change of velocity of an object is directly proportional to the applied force and takes place in the direction of the applied force.
Force and acceleration have a positive correlation.
Therefore, the scatter plot which will most closely match the measurements that the students will obtain is that which shows a positive correlation between force and acceleration.
In conclusion, acceleration of a object is proportional to the applied force.
Learn more about force and acceleration at: brainly.com/question/14343220
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Answer:
did you mean to add or attach a paper to this? We need more info to help
Explanation:
Answer:
You cannot determine the point of the origin of a single blood drop because it is just a single drop.
When a drop of blood splatters over the ground drag and trail occurs on it which could be useful when there are a lot of it and you can measure the distance from the origin but in case of a single drop it cannot help you because of one main reson which is distance.
You only CAN measure the direction but not the distance of the one single drop.
Let's take a scenario for a example.
A murderer approaches it's target from behind and grope it's target and stabbed him from front.
You will notice that the blood splatter does not occur in a straight direction but it spreads in kind of in a semicircle.
(THIS IS JUST AN EXAMPLE OF A SCENARIO. there are many other cases but this just an example to make the concept clear)
Hope this answer helped
Answer:
159.32 kmh (kilometers and hour)
Explanation: