The magnetic field inside a solenoid can be examined in both the radial and axial directions. It is particularly interesting to compare the field from Helmholtz coils at the proper separation of the coil radius to the field from coils separated at less than or more than the coil radius. The position is recorded by a string attached to the Magnetic Field Sensor that passes over the Rotary Motion Sensor pulley to a hanging mass. position as the Magnetic Field Sensor is passed through the coils, guided by a track. The magnetic fields of various coils are plotted vs. In addition, the effect of varying the coil separation on the shape of the magnetic field between the Helmholtz coils is examined. The sensor parameter screen opens and shows the list of measurements for the sensor.The dependence of the magnetic field strength of current-carrying coils on the distance from the coil along the perpendicular axis is determined and compared to the theoretical curve.
Connect the sensor to a SPARKvue-compatible interface and start the software. Click one of the display templates in the Capstone workbook page, or double-click an icon in the “Displays” palette to open a data display. Click a measurement to change its visibility.Ĭlick a measurement to change its visibility Click the “Visibility” icon in the “Data Summary” panel to see the list of measurements that will be visible by default. The panel lists the sensor’s measurement (such as Acceleration - x (m/s 2)). Click the “Data Summary” icon in the Tools palette to. Confirm that the 2-axis Acceleration Sensor icon appears with the interface’s icon. Click the “Hardware Setup” icon in the Tools palette to open the “Hardware Setup” panel. Start the PASCO data acquisition software. NOTE: If more distance is needed between the sensor and the interface, plug the sensor into the included Sensor Extension Cable, and then plug the cable into the interface. Plug the sensor into one of the PASPORT input ports of a PASCO PASPORT-compatible interface. The red light-emitting diode in the button will light up when the “fast” range is selected. For applications involving mechanical systems such as cart collision experiments, select the “fast” setting. For experiments such as measuring the acceleration of elevators, roller coasters, and automobiles, select the “slow” setting. Use the FAST/SLOW RESPONSE Control Button to set the frequency response to a range suitable for the application. The Acceleration Sensor has a built in frequency response filter with two settings: “slow” or “fast”. The sensor includes a sensor extension cable and a mounting bracket with hardware for attaching the sensor to a PASCO cart (such as a Dynamics Cart, PAScar, or GOcar). #Pasco capstone log axis software#
The sensor is designed to work with a PASPORT-compatible interface (such as the UI-5100 850 Universal Interface) and PASCO data acquisition software (such as PASCO Capstone) to measure acceleration in two directions.
PS-2169 Water Quality MultiMeasure SensorĮarth gravity), m/s 2 (meters per second squared), f/s 2 (feet per second squared), and cm/s 2 (centimeters per second squared). PS-2168 General Science MultiMeasure Sensor. PS-2147 High Resolution pH-ORP-ISE Amplifier. PS-2146 Absolute Pressure_Temperature Sensor. 
PS-2140 Temperature_Sound Level_Light Sensor. PS-2136 3-Axis Acceleration_Altimeter Sensor. PS-2135 Fast Response Temperature Probe. PS-2124A Humidity_Temperature_Dew Point Sensor.
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