Launch the projectile several times. To account for the variations you saw in the velocity measurements, repeat the calculation in Step 8 for the minimum and maximum velocity data points. That means, magnetism and electricity are so closely related to each other.

For this method, aim the launcher horizontally to shoot the ball on to the floor. Measure the time with a stop watch for the ball to go up and back down. You are going to do this three different ways for the lowest launch setting.

The distance that you use needs to be a compromise: Assume that h has an absolute error of 2 mm. It should land on the table before bouncing away.

You should drop the steel ball several times and record the time and the distance measurement. Launch the projectile at with respect to the horizontal.

Example 1 — A ball is thrown straight up from the top of a foot tall building with an initial speed of 32 feet per second. Projectile motion ball front and back are indicated by where the photo gate is blocked or unblocked as seen by the LED light emitting diode on top of the photo gate.

That would be cheating! Roll the ball down the ramp and off the table. If not, why not? A line drive of sufficiently high speed might hit the wall while still ascending.

Where will the ball be at the end of 6 sec? This is the range of the projectile "R" in the diagram above. Be sure the impact point is along the line of the track. Calculate the time the falling time, tfall it took the projectile to move the horizontal distance range R. What determines where it will land?

However, cannot be made too small, since expression is only valid when. The solid, short-dashed, long-dashed, and dot-dashed curves correspond to, andrespectively. In fact, assuming thatthe maximum horizontal range,is achieved when. Place the carbon paper on top of the white paper and tape it down too.

It seems a mysterious and even a magical force. Place the detector at the top of the ramp, which is obtained from an inclined lab track. A workman sitting on the top of a roof of a house eating his lunch drops an orange.

Here is some more stuff on projectile motion. You should get a group of reasonably-close-together spots on the "target" paper.

Ad Understanding how projectile motion works is important. This is "h" in the diagram above. Simple problems also assume that air resistance and the Earth's rotation are unimportant, although in fact they can become issues with certain types of problems.

Use the stop watch to measure how long the ball is in the air. Making a graph by hand When you make a graph by hand you should use graph paper.

Record your measurement and estimate the absolute error in your measurement for the diameter. Draw and clearly label axes and choose a suitable scale for your data.First we will examine the motion of a projectile such as batted ball or a cannon ball. The second type of curved line motion we will examine is the motion of an object in a circular path at a constant speed.

Conclusion A projectile motion can be classify into motion in horizontal direction, and motion in vertical 1 2 direction.

Position in a vertical motion is given by this equation yf = yi + v oy t+ a t, the 2 velocity in the vertical direction is given by vy =v oy +at.

Projectile Motion and Quadratic Functions I. ASSESSSMENT TASK OVERVIEW & PURPOSE: The student will examine the path of a projectile and explain the motion using a quadratic • What was the shape of the motion that the ball took in flight from student 1 to student 2? Parabola. Purpose: To determine if the kinematics of a projectile can really predict the motion of a horizontally-launched projectile.

Discussion: In this lab, you will check to see if the kinematics concepts and equations we have discussed really predict the motion of an actual projectile.

The vertical motion of a projectile is controlled by the force of gravity. This means that there is an unbalanced force. acting on the ball and so the ball will accelerate downwards. Golf Range. Try to get a hole in one by adjusting the velocity and launch angle of a golf ball.

Explore the physics of projectile motion in a frictional or ideal setting.

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