https://phet.colorado.edu/sims/html/forces-and-motion-basics/latest/forces-and-motion-basics_es.html

EN Ingles (Estados Unidos) W AutoSave Off SIMULATOR WORK - Search (Alt+Q) Jasmin X File Home Insert Draw Design Layout References Mailings Review View Help Comments Share Calibri * 11 ~ A" A Aa Ap Find Normal Paste No Spacing BIUvab x xALA= BF V Heading 1 Heading 2 Gc Replace Dictate Editor Reuse Select Files Undo Clipboard Font Paragraph Styles Editing Voice Editor Reuse Files SIMULATOR WORK - NEWTON'S SECOND LAW . Determination of the coefficient of friction: https://phet.colorado.edu/sims/html/forces-and-motion-basics/latest/forces-and-motion-basics es.html 2. Verification of the linear relationship Force vs Acceleration Fuerza Aplicada C O NewtonsD Fuerzas y Movimiento PHET: Activate the graphical controls that provide the information of the different variables. D Record in the following table, the data obtained in the simulator CONCLUSIONS AND/OR RECOMMENDAT TABLE 1 m (ka) F. External (N) F. Friction (N) F. Net (N) |Uk verzan y Movimiento: Into PHET: 40 50 Each group is supplied with the value of a mass, based on this they must obtain & measurements in which they record the 80 data in the following table. TABLE 2 90 m (Kg) F. External (N) F. Net (N) Aceler. (m/s') 100 380 350 120 340 300 130 290 240 140 200 180 150 150 140 180 130 100 URE 90 80 50 40 m+g Calculate for each movement the coefficient of friction and obtain an average value to determine the value of the mass of the unknown object. Enter the F. Neta and Acceleration data into the PhysicsSensor in the LINEAR REGRESSION option. . ATTACH the calculation of the mass. Attach screenshots where the linearity of the variables is verified. DATA GRAPHIC RESULTS Page 1 of 3 190 words [ Afar (Djibouti) Text Predictions: On Ex Accessibility: Investigate " Focus 60% W 11:12 p. m. 03/26/2022