So, what does it mean to accelerate?! There are four to five samples of the ball's location in each image. In your own words, respond to the two following questions:
1. What's different about the ball's velocity in at each point where it appears in the image?
2. Why is there more distance between each point where the ball appears in the image?
(Show me that you understand the concepts of velocity and acceleration by being detailed in your response.)
1.) The ball's velocity is increasing at larger rates the farther down it falls.
ReplyDelete2.) Because gravity causes the ball to increase in acceleration as it continues to fall.
1. As the ball continues to fall, its velocity increases. Each image of the ball shows the ball's velocity as it increases more and more.
ReplyDelete2. There is more distance between the images of the ball because the ball's acceleration is increasing as it falls.
1) As shown in the picture, the balls velocity (speed in a specific direction) increases which is why there is a difference in gaps between the ball. If the velocity stayed the same, you would not capture the 4 positions of the ball; instead, you would only see 1 ball.
ReplyDelete2)There is more distance between the balls because each time the ball hits the ground, the ball looses acceleration because energy is transferred into the ground.
1) The ball's velocity is increasing as the ball is falling further down. Every time the ball increases its velocity, the image of the ball is shown (the more images of the ball, higher increase in velocity)
ReplyDelete2) There is more distance between each point where the ball appears on each image because the ball is accelerating more and more every time it falls.
1) the ball's velocity is increasing causing it to cover greater distance while falling. the image of the ball(s) shows the increase in velocity between each frame.
ReplyDelete2) there is more distance between each frame of the ball because as the balls velocity increases more distance is covered which spaces out the frames more as the ball falls towards the ground.
1) In the pictures, it shows that the ball's velocity increases as it falls further down. The picture captures how the ball is further apart as it falls because it gains more velocity.
ReplyDelete2) There is more distance as the ball falls further down because while its falling, gravity adds to the speed and makes it fall faster.
^^ that was by me
ReplyDelete1) As the ball is falling down to the ground, its velocity is evidently increasing frame by frame because of gravity pushing down on the ball. Gravity acts as an accelerator, propelling the ball downwards as speed and acceleration increase.
ReplyDelete2) The distance between all of the various points of the ball is dependent on gravity as well. Gravity = accelerator... the ball accelerates downward because of the gravitational pull. Weight is also a determining factor. As we can see in the pictures, the smaller, heavier ball has much wider gaps then the larger, light globe does. This is because the amount of gravitational force is dependent on weight as well. The heavier the object, gravitational force is increasing consistently.
1) The ball goes at an increasingly faster velocity between each point. This is because gravity accelerates the ball to a faster velocity form point one to point two, and to an even faster velvety from point two to point three, etc..
ReplyDelete2) Because of the ball's acceleration between each point, which i explained in the last answer, it covers increasingly more distance in the amount of time it takes to capture each photograph (a constant amount of time). Explained in math terms: because the t in d=rt is constant, and the r is increasing due to gravity, the d covered increases at the same rate the r increases.
1. The ball's velocity increases once it is let go because gravity is accelerating the ball downwards.
ReplyDelete2. As the ball falls, there are larger gaps towards the bottom about to hit the floor because as the velocity increases it covers more space, which is why there are wider gaps.
1. The velocity of the ball is increasing because the ball is traveling a farther distance each frame in less amounts of time (and v=d/t).
ReplyDelete2. The larger gaps in between each frame of the ball occur due to the gravitational pull on the ball. Since gravity is an accelerator, the ball is moving down more quickly.
1) There is a greater distance as the ball goes down in the image.
ReplyDelete2) The greater space between the ball in each image is due to the gravity pulling the ball down, and gravities incredibly fast acceleration.
1) As the ball is being dropped, its velocity is constantly increasing because gravity is pushing it down. The closer and closer it gets to the ground the faster the velocity increases.
ReplyDelete2) There is more distance between each of the frames as the ball drops because, as the ball is falling the gravity pushes it down which cause the velocity to acclerate quickly. As the velocity increase is falls quicker which is why there is a distance between the frames as the ball falls.
(G Period)
1) The ball's velocity is increasing as it moves towards the ground because of gravity's effect of acceleration. Gravity propels the ball downwards and increases its velocity and speed.
ReplyDelete2)The distance between the frames is greater as the ball moves down because the ball is increasing its speed and velocity due to gravity. This is why the frames are farther apart as the ball moves closer to the floor.
1. Once the ball was let go, the ball's velocity increased. As the ball continued to drop, its velocity continued to increase.
ReplyDelete2. There is more distance between each ball in the image because gravity is pulling down the ball. Also, there is an increase in the rate of speed (acceleration).
1) The ball's velocity (speed in a specific direction) increases as it continues to fall as it's acceleration towards the ground, due to gravity's force, increases as well.
ReplyDelete2) There is more distance between the ball in each of the fames because, as it continues to fall, it's velocity and acceleration down increase. As it falls, the ball continues to move faster and faster and thus moves quickly from its previous frame.
1) Due to the distance of where the ball is released from, the acceleration of the ball increases and as a result the velocity at each point of the balls downward path is becoming faster and faster.
ReplyDelete2) There is more distance between each point on the ball's path because the downward pull of gravity is causing the ball to progressively become faster the closer it gets to the ground, and the faster it becomes the larger the gaps are between the falling points.
1. The velocity of the ball increases as it is falling. The ball continued to accelerate the entire time is was falling.
ReplyDelete2. The distance between each point increases because the velocity is increases. The ball accelerated continuously while it was dropped, so each frame shows a wider gap than the previous.
1. The lower the ball is the higher its velocity, because since gravity is a form of acceleration, the ball's velocity continues to increase the longer it is in the air.
ReplyDelete2. The distance is increased between each point because the ball is accelerating more as it falls, covering more distance (higher velocity) in each point captured by the camera.
1. When the ball is dropped, its velocity increases every second that it is in a free-fall. This is shown by the increasing distance between each ball in the pictures.
ReplyDelete2. There is more distance between each ball because of gravity's increasing pull on the object as it drops, also known as acceleration.
1. At each point the ball appears in the images, the velocity is increasing due to the force of gravity.
ReplyDelete2. There is more distance between each point where the ball appears in the image because the acceleration (the change in velocity) is moving at a rate of about 10 m/s squared, which means that the velocity is continually increasing each second.
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ReplyDelete1. The balls velocity is increasing more in each shot until it finally hits the ground. The ball is falling and is picking up more speed each second it is in the air due to gravity.
ReplyDelete2. There is more distance between each ball because it is accelerating and it is doing at a faster rate as its falling.
1. The balls velocity increases as the shots get further down. The ball falls quicker each second because the acceleration is increasing.
ReplyDelete2.In each shot the ball is further from the shot before because the acceleration increased per second. Gravity is pulling the ball down faster each second.
1. As the ball begins to fall further down, its velocity is increasing, meaning the acceleration is also increasing.
ReplyDelete2. There is more distance between each point as the ball begins to lower because the acceleration begins to increase as the ball falls lower.
1) As the ball is dropped and begins to fall, its velocity increases and is shown by the distance between each shot of the ball becoming larger.
ReplyDelete2) The distance between each ball becomes larger as it falls longer because its velocity is increasing due to a constant rate of gravity.
^ that was nick martin
ReplyDelete1: The farther the globe drops, the faster it will land on the ground. The picture shows the speed because the globe is farther from the one previous.
ReplyDelete2: The velocity is increasing.
1. As the ball keeps falling, the velocity is increasing. Even though the acceleration is the same, the velocity still increases as the ball picks up more speed.
ReplyDelete2. The spaces show how the ball is going faster than before. The bigger the space, the faster the ball is going.
1) Velocity keeps on increasing since acceleration is constant. This means that velocity will keep on going if acceleration stays the same.
ReplyDelete2) Since velocity keeps on increasing, that means the ball will go further in each shot.
1. Due to the constant rate of acceleration, the velocity is in fact, increasing.
ReplyDelete2. The space between the ball spreads out as time increases, further demonstrating the increase in velocity as the ball drops.
-Dean Stolar
1). The velocity of the ball is increasing as the ball continues to go down.
ReplyDelete2). At each point of the photos there is more and more space, because the velocity of the ball is increasing making the ball go faster.
1. The further the ball drops in the image, the greater the velocity is.
ReplyDelete2. The reason for the distance between each point in the image is gravity's pull on the ball causing its acceleration to increase.
1. After Rita/Tyler/Maddie release the ball, it continually accelerates downward due to gravity; therefore, it increases its velocity 9.8 meters per second. Each image of the ball has a greater velocity than the previous image.
ReplyDelete2. There is a greater distance between each image because acceleration is constantly acting on the ball and as the velocity increases, the distance traveled during each equal time interval increases.
1. The ball's velocity increases as it falls due to gravity.
ReplyDelete2. There is a greater distance between each image of the ball because as it falls downward its velocity increases. This explains why the distance between the ball increases in the photo; in each frame the balls speed is increasing.
1. Because gravity is pushing down the balls velocity increases.
ReplyDelete2. The distance is greater between the ball because its going at a faster speed.
#1) At each point where it appears in the image, the ball's velocity is progressively increasing at higher rates the closer it gets to the ground.
ReplyDelete#2) There is more distance between each point where the ball appears in the image because of gravity. Gravity causes the ball to increase its acceleration as it gets closer and closer to the ground.