Using T-charts

A marble it dropped from a stair well that is 4.3 m high. (a) How long will the marble be in the air for? (b) What speed will it be traveling at as it hits the ground?

1 answer

t=sqrt(2H/g)

v=gt

Similar Questions

A 14.6-g marble is dropped from rest onto the floor 1.23 m below. If the marble bounces straight upward to a height of 0.665 m,

Top answer: Well, when a marble bounces, it's like the floor saying, "Hey, I don't want you here anymore, go up! Read more.
A marble is dropped from a height of 10 m. A 2nd marble is rolled off a 10 m table at 5 m/s. A 3rd marble is fired at 5 m/s at

Top answer: Calculate the velocities at ground impact for each case and compare them. Can you do any of them? Read more.
Enter numbers in each box to complete the multiplication story about these marbles.An image shows several groups of marbles. One

Top answer: Adam has 4 groups of marbles. There are 5 marbles in each group. How many marbles does Adam have? Read more.
Imagine a marble dropped from a tall building at 1.62 meters per second. How long would the marble be in the air.Velocity=

Top answer: To find the time the marble would be in the air, we can use the equation: Velocity = Gravitational Read more.
a marble dropped from rest falls freely until it hits the ground with a speed of 35 meters per second. the time during which the

Top answer: v=gt t=v/g Read more.
Compute the distance between b and c (top of stairs) seven inches is one stair eleven is the space outside the stair b

Top answer: To compute the distance between b and c (the top of the stairs), we need to know the number of Read more.
Compute the distance between b and c (top of stairs) seven inches is one stair eleven is the space outside the stair

Top answer: To compute the distance between b and c, we need to determine the number of stairs and the space Read more.
a marble is dropped from the top of a skyscraper. Is the work done by earths gravitational force on the marble equal to, smaller

Top answer: Well, well, well, looks like we've got a physics enthusiast over here! Let me put on my physics Read more.
A marble is dropped from the top of the empire state building.a. Determine the position and velocity functions for the marble b.

Top answer: a = g = -9.81 m/s^2 v = -gt = -9.81 t h = Hi - (1/2) g t^2 = Hi - 4.9 t^2 b) h at t = 0 = Hi h at t Read more.
I. Marble Roll Lab Data Collection:Marble Mass (g) Distance carton moved (cm) Marble #1 Marble #2 Marble #3

Top answer: Unfortunately, you have not provided any data for the mass and distance moved for each marble. Read more.