Fireworks have nowhere near enough fuel to send them into earth orbit. In fact, to do so would defeat the whole purpose of the piece, since it is built specifically to cause a lavish and colorful aerial display and to be seen by observers on the ground.
So, once its fuel is spent, there is no longer any upward force on the piece to cancel the downward force of gravity, and its motion is no different from that of a stone released at the same altitude above ground.
The firework goes up a few metres in the air and it reacts to gravity after about 3- 7 seconds later and falls back down
To ascend a slope, you have to overcome the force of gravity that is pulling down on you. Coming down a slope, gravity will tend to accelerate your descent (as it would when sliding down a hill). Although you still have to lift your feet from the ground (opposing gravity) if you are walking, you do not have to lift your body through the entire step, as you do when going uphill.
If there is any. On Earth the rocket will become hot from air resistance and slow down, but in space, without air or friction, the rocket would keep moving the same direction forever or until it hits something or is affected by gravity.
As somebody previously said, gravity is directly proportional to weight. As gravity increases, weight increases. The simplest way to define gravity is the downward force that holds objects down. eg. you can sit in your computer chair due to gravity. It is holding you down. You would otherwise float as in space where there is no gravity. If that gravity force becomes greater, ie. there is more force pushing you down, you will weigh more. It pushes down on you more.
The function of a recovery system on a rocket is to allow it to gently return to the earth. This allows the equipment to be reused in later launches to cut down on costs and down time.
gravity pulls down a rocket
The firework goes up a few metres in the air and it reacts to gravity after about 3- 7 seconds later and falls back down
Gravity plays the major role in the launch.. a rocket has to cross the escape velocity so as to get out of the atmosphere. Escape Velocity is the speed at which any space shuttel or rocket or anything has to achieve if it wants to escape the earth's gravitational field. Gravity attracts the rocket and all the things coming from the space and going in to the space from the earth towards itself.. that is the reason that whenever you jump, you come back to earth!!!
As a rocket descends, gravity is pulling it down whilst drag is stopping the gravity having some of its power because without the drag the rocket would be pulled down to the ground within a matter of seconds. I don't know how it affects it on its ascent!! Sorry!!
If it were accelerating due to gravity it would be vectoring down.
Gravity
Gravity will pull it down before the rocket can reach the height where clouds form.
gravity and air resistence. Gravity pulls the rocket down while air resistence pulls the rocket up
I assume you are talking about a model rocket. Center of pressure needs to be below center of gravity in order for the rocket to fly straight. Mathematically, the rocket will tilt around the center of gravity but appear to be pushed from the center of pressure, hence the need for the center of pressure to be below the center of gravity, otherwise the rocket will just corkscrew off the pad. The fins move the center of pressure down.
If the rockets are active then you will feel a gravitational force pulling you down in the direction opposite the rocket's motion. If they are off however you are weightless and you experience no gravitational force.
To ascend a slope, you have to overcome the force of gravity that is pulling down on you. Coming down a slope, gravity will tend to accelerate your descent (as it would when sliding down a hill). Although you still have to lift your feet from the ground (opposing gravity) if you are walking, you do not have to lift your body through the entire step, as you do when going uphill.
If and only if all of the thrust is in the opposite direction of the gravity vector ("straight down"). If any of the thrust has horizontal component, it will travel a distance but lose height.