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Collapse Lab Report

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During the Collapsing Can Experiment, there were four important terms that were being mentioned repeatedly: air pressure, water vapor, collapse, and aluminum. By definition, air pressure is the force exerted onto a surface by the weight of the atmosphere. Water vapor is the gaseous phase of water. It can be produced from the evaporation or boiling of liquid water or from the sublimation of ice. Collapse is an instance of a structure falling down or in. For example, the results of the aluminum can. Aluminum is the chemical element of atomic number 13, a light silvery-gray metal. When liquid water is heated, it changes to water vapor which pushes all of the molecule air out of the container as it rises. After the liquid water was heated, it was
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The Gastrocnemius Muscle of Rana pipiens is an Appropriate Model for Skeletal Muscle Contractile Kinetics When Compared to Peer-Reviewed Models Georgia Institute of Technology BMED 3110: Quantitative Engineering Physiology Laboratory I Section B: Team Baboons 16 November 2014 ABSTRACT The dynamics of skeletal muscle kinetics can be quantified using various experimental methods involving stimulated muscle contractions.

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In this lab there were five different stations. For the first station we had to determine an unknown mass and the percent difference. To find the unknown mass we set up the equation Fleft*dleft = Fright*dright. We then substituted in the values (26.05 N * 41cm = 34cm * x N) and solved for Fright to get (320.5g). To determine the percent difference we used the formula Abs[((Value 1 - Value 2) / average of 1 & 2) * 100], substituted the values (Abs[((320.5 - 315.8) /

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302 Words | 2 Pages

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