satellite is a projectile. Second, a satellite is acted upon by the force of gravity and this force does accelerate it towards the Earth. … In the absence of any forces whatsoever, an object in motion (such as a satellite) would continue in motion with the same speed and in the same direction.
Best answer for this question, is a baseball being thrown projectile motion? An object that is thrown, kicked or otherwise launched through the air is called a projectile. The study of how projectiles move through the air is called projectile motion. When a projectile is launched, it has an initial velocity (its speed and direction of motion).
Quick Answer, which of these describes the motion of a ball as it drops onto a vertical spring? Which of these describes the motion of a ball as it drops onto a vertical spring? The acceleration of the ball decreases as the spring shrinks.
People ask also, which of Newton’s Laws explains orbit? Newton’s First Law of Motion states that a body in motion keeps the same motion unless acted upon by an outside force. … The force of gravity causes the moving planets to travel in roughly circular orbits around the sun.
Furthermore, how does a satellite stay in orbit physics? A satellite maintains its orbit by balancing two factors: its velocity (the speed it takes to travel in a straight line) and the gravitational pull that Earth has on it. … Satellites do carry their own fuel supply, but unlike how a car uses gas, it is not needed to maintain speed for orbit.
Why does a satellite moves in a circular orbit?
That is to say, a satellite is an object upon which the only force is gravity. Once launched into orbit, the only force governing the motion of a satellite is the force of gravity. … This would cause the projectile to stay the same height above the earth and to orbit in a circular path (such as path C).
Why is a baseball thrown by a pitcher considered to have projectile motion?
Why is a baseball thrown by a pitcher considered to have projectile motion? It gains a lot of kinetic energy.
When throwing a baseball it is important to do what with the ball?
Your entire body should be a part of your throw. Don’t just throw with your arm. Your shoulders, legs, torso, should all work together with your arm to throw the ball. One thing you should never do is “aim” the ball.
Which of these describes the motion of a raindrop as observed by a cyclist moving eastward?
Q3: Which statement describes the motion of a raindrop as observed by a cyclist moving eastward? The raindrop appears to be falling down and moving eastward.
What will an object that is in motion with balanced forces acting upon it tend to do?
Newton’s first law of motion explains that if the forces acting upon an object are balanced, then the object will maintain its state of motion. To maintain the state of motion is to keep the current speed and direction.
How does the period of motion of a vertical spring mass system compare to the period of a horizontal system?
How does the period of motion of a vertical spring-mass system compare to the period of a horizontal system (assuming the mass and spring constant are the same)? The period of the vertical system will be larger. The period of the vertical system will be smaller.
How do orbits relate to Newton’s first law of motion?
A satellite has its forward thrust, which is offset by the pull of gravity towards the earth. This keeps the satellite circling in its orbit. Newton’s First Law of Motion explains how the satellite remains in orbit. Newton’s First Law of Motion – if an object is at rest, it takes un- balanced forces to make it move.
How did Newton map the orbits of the planets?
Newton developed a mathematical formulation of gravity that explained both the motion of a falling apple and that of the planets. He showed that the gravitational force between any two objects is proportional to the product of their masses and inversely proportional to the square of the distance between them.
How did Newton’s understanding of gravity help explain orbits better?
In Principia, Newton described gravity as an ever-present force, a tug that all objects exert on nearby objects. The more mass an object has, the stronger its tug. … With his equations, Newton was able to explain for the first time why the Moon stays in orbit around Earth.
How does Earth stay in orbit?
That’s because of gravity—the same force that holds us on Earth and keeps us all from floating away. To get into orbit, satellites first have to launch on a rocket. A rocket can go 25,000 miles per hour! That’s fast enough to overcome the strong pull of gravity and leave Earth’s atmosphere.
