MP trial assignment

After starting the red car, mark the position, in front of the car for every second. Stop the car after having 10 positions marked.

In this experiment we first tried to find an experimental value for g. This was done by dropping a golf ball below a sensor that would read and chart the position vs time graph and the velocity vs time graph. From this we could receive an equation and numbers that are useful in finding the velocity and acceleration of the ball in order to find the experimental g value. Then we did another experiment in which we would hold out a ruler between another person's index finger and thumb and then drop it, measuring how many centimeters it took for them to catch the ruler. Using this and an equation we could measure their reaction time.

(The distance from the starting point is excluded). For example use a meter stick to measure the

The position and the speed was determined using the point near the start if the graph

When you 're ready to move your car forward, come to a complete stop and shift the car into Drive.

the individual, and is used to stop the angular motion once motion is sensed. During the

Where v = final velocity, u = initial velocity, a = acceleration (gravity in most cases), t = time, and s = displacement.

Dynamic drift- Turn at a fast speed and release the gas. This will shift the weight to the front wheels and lessen the traction to create a drift.

Step 3: After initialization, several iterations will be performed. In each iteration, the velocity and position of the particles are updated by the following two functions[49].

After that is done, you will want to take aim and fire five shots at a target from approximately 25 yards away. They should all be grouped together, but you will want to discover the central, vertical, and horizontal lines to determine where your sight needs to be. To adjust your site to the left, turn the windage knob to the left. To go right with your aim, turn it to the right. This is a lot easier than the newer sights according to most people.

Once the ruler has been placed on the flat surface, place the book at the end of the ruler on the end where the ruler touches the table, to stop the marbles from rolling of the table.

Therefore Ideally, the displacement of an object, can be measured with a precision of about 0.2 millimeters.

The acceleration is the distance and direction from the equilibrium position for any oscillation object.

But the conservation law is more complicated than the description above. However, by implementing of the mathematical representation of the conservation law, the speeds and the densities for future times can be predicted. From the figure of Time- Space diagram, mathematical values of conservation law can be calculated. From the x-t figure below, the function N(x,t) shows the recorded location x of the vehicle at time t.

±rue velocity by 2 per cent for 10 deg misalignment and 6 p e r cent for 20 deg misalignment.