![pasco capstone photogate acceleration pasco capstone photogate acceleration](https://i.ytimg.com/vi/DMbV4rV8nuk/maxresdefault.jpg)
Use the theoretical formula and calculate the acceleration of an object sliding down an incline track.The slope of that graph is the acceleration of the glider.Ĭompare the theoretical prediction with your results for the acceleration.Use linear fit to determine the least-square fit line and find its slope.
![pasco capstone photogate acceleration pasco capstone photogate acceleration](https://cdn2.webdamdb.com/md_EewjcALQOUQ8.png)
#Pasco capstone photogate acceleration software
Turn on the air pump to level 3 and set the Pasco Software to record measurements.Set the glider along the track above the photogate.Detailed setup can be found on the Physics Lab Page.Check that the photogate blinks properly as the glider goes through it.Place a spacer under one of the track supports to incline it.Connect the photogate to the 850 Pasco Interface and set it up for “ Photogate and Picket Fence“.Turn on the air pump and level the track.
![pasco capstone photogate acceleration pasco capstone photogate acceleration](https://i.ytimg.com/vi/gMBoMzu5X-I/mqdefault.jpg)
Where is the gravitational acceleration, and is the angle between the track and the horizontal Preliminary Setup The acceleration of an object that slides along a frictionless incline is constant and is given by the formula Question 3. Which statement below is correct for the acceleration? If the discrepancy is entirely due to the effect of kinetic friction between the sliding object and the ramp, determine the coefficient of friction. Question 2. After you perform the experiment, you measure the actual acceleration to be 1.4 m/s 2. Determine the acceleration in m/s 2 assuming the ramp is completely frictionless. Then you measure the mass of the sliding object m = 400 g. Question 1. You set up the slope of your ramp to be 0.2. Using the first equation to determine the normal force and plugging its value into the second equation, the acceleration of the object is: Here, we have used the relation between the kinetic friction and the normal force. When an object is sliding down an inclined ramp, several forces act upon it as shown on the diagram.Īs the acceleration of the object is along the direction of the ramp, the forces, or the components of the forces acting perpendicularly to the ramp must add up to zero. Pre-lab Activity Acceleration along a ramp. A photogate to connect to Pasco 850 Interface.Spacers to incline the track, weights for the glider.