The figure shown below comes from Pivot Interactives Lab\#8 (Measuring Torque). If the attached mass (on the right) is M =6.20 kg, what is the magnitude of the torque due to the attached weight?

Advanced Physics questions and answers Acceleration on an Incline Using Pivot Interactives Using the Pivot Interactivo, Lab 2: Motion Graphning for a Dry Ice Pack on a Ramp (SSU Echis), measure …

In Pivot Interactive, open the activity "Using Slope of a Graph: Puck Slides Across Table" and complete it. 2. In the Pivot table, include columns for standard uncertainties of the length and of the resistance. …

Here’s how to approach this question Start by going to the Pivot Interactives site and opening the module "CHEM 102 - Introduction to Titration Curves" to select your weak acid and strong base …

Mercer Me Archimedes' Principle Pivot Interactives: Density of Precious Metals by Immersion. Objectives Measure density using buoyancy. Volume displacement method will NOT be used in this …

Question: Use the video below to explore torques and forces in the human knee. 12 Human Joints Pivot Knee skeletal model interactives T 1. Advance the video so the knee is lifted to an angle between 15 …

The table below shows time, temperature, and temperature change data collected using Pivot Lab#8 (Specific Heat of Water Experiments). The heat supplied, Q, is to be calculated from Q Pt (where P is …

Forces and Electric Charge I: Force vs Distance (Scaffolded) 9. The standard mathematical model for the force between two charged objects is F E =k ill i2, where q1 is the charge on one object and q2 is …

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4 Consider the three fits you did in both the Pivot Interactives system and Logger Pro. Did the fit equations give you the same results or were there differences?