Dropping Balls by Dalton Dupree

Makaila Hunt

2020-12-09 16:40:42 UTC

I agree with prediction B. Prediction B was correct since ball 3 is 110 grams while 2 is 46 grams and 1 is 28 grams. Due to their mass 3 would be falling first since its way more heavier than the other balls. After 3 falls ball 2 the golf ball with 46 grams would fall after since its the second heaviest. Lastly ball 1 due to its light weight it would fall after the first two.

Kayla Robinson

kaylarobinson1 — 2020-12-09 16:40:46 UTC

I choose Prediction 2 because ball three is the heaviest of the balls and would fall the fastest. Then ball 2 would after ball one because it has more mass then ball 1. Then ball 1 would fall because it is the lightest of the three balls.EMD PUSSY

Shania Evans

shaniaevans — 2020-12-09 16:40:47 UTC

I agree with prediction D “All balls will hit the floor at the same time,” because when falling there is this force called air resistance and it depends on the shape of an object, not the mass or weight of an object. Since these 3 balls have similar shapes they all experience the same amount of air resistance, causing them to fall at the same speed, meaning they drop on the floor at the same time.

Emil Brown

2020-12-09 16:40:50 UTC

I agree with prediction B because ball 3 is heavier and has more mass its it will fall the fastest and ball 2 is also heavy and has a semi big mass so it will fall a little faster and ball 1 will fall last because it has the lowest mass so it will fall slower

Destiny G

2020-12-09 16:40:55 UTC

I Agree with Prediction B (ball 3, ball 2, ball 1) because ball 3 has the most mass an ball 2 has the second most mass. If something has more mass that means it’s heavy and if something is heavy it’ll fall faster.

orrin mckayhan

2020-12-09 16:40:57 UTC

I agree with prediction D because all balls will fall at the same time because of the gravitational force that is pulling it down.

Brandon Williams

2020-12-09 16:40:59 UTC

i think the answer is prediction B because it depends on how heavy the balls are so if the mass of the balls are heavy then gravity is going to pull the ball straight down to the ground because of how heavy the mass of the ball is

marqus wright

2020-12-09 16:41:01 UTC

i agree with prediction B because ball 3 is the heaviest , ball 2 is the second heaviest,and ball 1 is the lightest

justin ramos

2020-12-09 16:41:08 UTC

I agree with prediction B. I believe it's correct because ball 3 has the most mass an ball 2 has the second most mass. If something has more mass that means it’s heavy and if something is heavy it’ll fall faster.

lyshian allen

2020-12-09 16:41:14 UTC

I agree with prediction b , ball 3 will hit the floor first followed by ball 2 then 1 . I agree with this prediction because seeing that ball 3 has a mass of 110 grams it will be brought down to the floor faster then ball 1 and 2 , each ball will hit the floor because that's the way gravity works but the ball with a larger mass (ball 3) will be pulled faster then the ball with a less then mass.

Justin speller

2020-12-09 16:41:32 UTC

I agree with prediction D because if you drop theme at the same time it’s gonna hit the floor at the same time I don’t think weight has anything to do with this problem because they are very small balls

madison canning

2020-12-09 16:41:34 UTC

I agree with prediction B because ball three has the most grams so it will probably fall first . So it would go third ball second ball and then the first .

🌸 𝕊 𝕒 𝕗 𝕚 𝕋 𝕣 𝕒 𝕠 𝕣 𝕖 🌸

2020-12-09 16:41:39 UTC

With gravity, the heaviest object or figure will descend first. I know this because gravity pulls down the object w/ the greatest weight/mass.
   Prediction B: "Ball 3, then ball 2, then ball 1." This is essential, primarily because . . .

nyseernixon — 2020-12-09 16:42:04 UTC

I agree with prediction b

darlene

2020-12-09 16:42:24 UTC

i agree with prediction B because the one with the most grams falls faster then the ones with the least grams.

Heaven Cornick

2020-12-09 16:42:34 UTC

I agree with statement B because i know that If the ball is heavy than it would be able to drop first and then the second heaviest would drop second behind the heaviest ball than the lightest ball will drop last because it doesn't have the most mass out of all the other balls.

James Mirabal

2020-12-09 16:42:35 UTC

I agree with prediction B because the weight of the ball will cause it to fall faster depending on the weight, this is because of gravity. So number 3 will drop first because it is the heaviest then 2 because its lighter than 3 and then 1 because it is the lightest.

Isaiah Almanzar

2020-12-09 16:42:48 UTC

I agree with prediction D because it doesn't matter on the mass they will hit the ground at the same time

tamia

2020-12-09 16:42:51 UTC

i agree with prediction b. i agree because ball 3 is the heaviest. ball 2 is in between and ball 1 is the lightest so i think they will fall first based on they weight.

Mitchum Paye

2020-12-09 16:43:05 UTC

I agree with prediction B because ball 3 is heavier than ball 2, and ball 2 is heavier then ball 1. The heavier an object is, the more gravitational energy it produces

Jayden C

2020-12-09 16:43:14 UTC

I agree with prediction E because, more weight equals more speed.

Zamiyah Adams

2020-12-09 16:43:32 UTC

The prediction that I picked is D. I picked D because yes, they all have different masses, but they are all the same sizes, if they were different sizes then, maybe all three balls wouldn’t drop at the same time.

houssainatou diallo

2020-12-09 16:43:58 UTC

i agree with prediction B,because i say that ball 3 would drop first because it has more mass and it would drop the fastest and for ball 2 and 1 i would say they may drop at the same time or ball

Kaliym Bell

kaliymbell — 2020-12-09 16:44:12 UTC

I agree with prediction b because ball 3 has the most mass then ball 2 then ball 1. The more mass the ball has the faster it's going to fall and the more kinetic and gravitational potential energy it will also have.

Royce Victor

2020-12-09 16:44:33 UTC

I agree with prediction b because ball 3 mass is the largest and greater then ball 1 and 2

Kameron Braboy

2020-12-09 16:45:12 UTC

I agree with prediction b because ball 3 has the most mass so it's going to fall down faster than the other balls.

Brieona Smith

2020-12-09 16:45:28 UTC

I agree with prediction B

Charles Bailey

2020-12-09 16:45:48 UTC

I think the answer is B because ball 3 has the most mass which means that gravity would weigh the ball down the most so if ball 2 has the 2nd most amount of mass and ball 1 has the least i think gravity would pull them down slower or faster depending on mass.

Christopher hollamon

2020-12-09 16:45:52 UTC

I agree with prediction d because it doesn’t matter how much each ball weighs if they are dropped at the Dane time at the same height they will all land together

John Gelin

johngelin — 2020-12-09 16:46:37 UTC

I agree with prediction B because ball 3 has more mass than ball 2. And ball 2 has more mass than ball 1.

Tahjmere forte

2020-12-09 16:46:54 UTC

I think the heaviest ball will fall first. I say this because I know are resistances will make it so the lighter ball falls slower and the heavier ball falls faster

Tatum hall

2020-12-09 16:46:56 UTC

I think the heaviest ball will fall first. I say this because I know are resistances will make it so the lighter ball falls slower and the heavier ball falls

Adam

2020-12-09 16:47:02 UTC

I agree with B

tristan.chapman

2020-12-09 16:48:09 UTC

I agree with

Nyseer

nyseernixon — 2020-12-09 16:49:20 UTC

I agree with perdicton b

Ricardo S.

2020-12-09 16:58:13 UTC

I agree with prediction B because ball 3 has more mass than ball 2. And ball 2 has more mass than ball 1.

Derricka Crosby

2020-12-09 17:10:39 UTC

I agree with b because since ball three has a lot of weight then ball 1 and 2,it will fall down faster then the rest.

joel Rodriguez

2020-12-10 00:10:56 UTC

I agree wit prediction b

Kiajah Williams

2020-12-12 14:24:04 UTC

I agree with prediction b because ball 3 has a greater mass than ball 1 and ball 2.

Flavio Jean

2021-01-11 20:09:14 UTC