![]() At the same time, the utility enables you to generate visual representations in real time, and analyze the results from different point of view. Logger Pro proposes simple yet efficient solutions for collecting data gathered by various Vernier sensors while running experiments. Comprehensive experiment analysis tool designed to work with Vernier devices Noteworthy is that Logger Pro also enables you to make predictions prior to running the tests and collecting the data: your own assesment can then be compared with the actual results, by using different analysis tools. In addition, Logger Pro is also capable of creating video recordings with your experiments: you can use the video evidence to perform measurements, to illustrate results and so on. As a result, the final project will monitor only the sensors required for your own experiment. Right off the bat, you must make use of the Logger Pro editing capabilities in order to create your own experiment files, either by modifying one of the over 1000 built-in templates, or by starting from scratch. Its powerful features make it suitable for both students and professionals. Visual data analysis tool featuring both basic and advanced capabilities Logger Pro is a lightweight application designed to help you easily analyze large data collections. Moreover, Logger Pro also provides both online and offline documentation that offers details on performing basic tasks, such as connecting devices, collecting and importing data, performing video analysis tasks, and so on. For your convenience, the archive also includes a collection of experiments designed to help you get started. The Logger Pro software archive comes with an installer package that greatly streamlines the deployment procedure: all you have to do is follow the on screen indications. Powerful data analysis tool featuring a forthright installation procedure The next step is to analyze the readings by generating graphs and other visual representations in real time. Supports over 80 Vernier sensors for real-time graphing and analysis. The application collects the available data, by connecting to supported devices, or you can choose to input information manually via the import function. Pick what you like and click done.Designed to work with certain Vernier devices, such as LabQuest, LabQuest Mini, ProScope HR, LabPro, WDSS and more, Logger Pro is able to read the information gathered by more that 80 different sensors. There are two drop-down menus that will change the look of the point protectors in this pop up box. This brings up the 'column options' pop up box. double click on the column that the color matches the color of your point protectors. ![]() second, if you place your cursor at the beginning or end of each axis until it changes to a capital letter I, then click, you can manually enter the number you want the axis to begin/end at.ġ. ![]() Introduction to Logger Pro This section of the lab manual is intended as. Here are links to download the software from. View Notes - Introduction to Logger Pro from PHYSICS 131H at Ohio State University. first if you place the cursor just close to the axis until it changes to a squiggly arrow, you can click and drag the axis to change the values on the axis. You will have to use a Mac or Windows laptop or desktop computer to run Logger Pro. the axes can be manually scaled in two ways. to scale the axes so that the points take up the max amount of room, right click on the graph, go down to 'autoscale', then 'autoscale from 0'.ģ. you can move the box that pops up with the slope and y-int data by clicking and dragging on the box.ġ. if the shape is not straight, click the 'curve fit' button (right next to the linear fit)Ħ. The video analysis done in Video Physics provides a useful technique for studying two-dimensional kinematics. click the 'linear fit' button on the top toolbar to make a best-fit straight line.Ħ. Video Physics is intended for use in science education. double click on the graph to bring up the 'graph options' pop up box.ĥ. The title appears at the top of the graph.ġ. Type the title in the graph in the 'title box'.Ģ. the 'graph options' pop-up box will appear. Data points will appear as you fill in the second column with data.ġ. enter data in the field under the column heading.ħ. You will see the variable name appear as the column heading with the units in ( ).Ħ. Put the units of the measurement in the 'units' box.ĥ. Plug the USB-A port into your computer, and connect the microUSB to the Vernier LabQuest Mini. Put the variable symbol in the 'short name' box.Ĥ. 1.Ensure that the LabQuest Mini and any data sensors are connected. Put the name in the variable in the 'name' box.ģ. First double-click on the heading of either the x column or the y column, a 'column options' pop-up box will appearĢ. ![]()
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