Is the graph linear? Should it be? Why? Calculate what the value of theslope should be using your values from the above table in Eq. 1. Thenperform a Linear Fit to your data in Excel. A box should appear indicatingthe slope of the graph. Record the slope in your notebook.Im confused with how to find the slope. 1st picture is the table where the values are2nd picture is the equation 1 We can calculate the net force from the fluid acting on the object, which we callthe "Buoyant Force" (F3):FB = Fpottom - Ftop = Prtuia 9 · A · (hz – h,) = Prtuia I · V (Eq.1)2PHYS 2LB: Lab 3Buoyancywhere V = (h2 - h1)A is the volume of the fluid displaced by the object. Thisbuoyant force is equal and opposite to the force exerted on the displaced fluid bygravity. Archimedes' Principle applies to all types of fluids (both liquids and gases).Note that it also applies to floating objects, where Frop ~ 0. In today's lab you willbe studying how Archimedes' Principle applies to objects either fully submergedin or floating on water.

From the given data table, if we subtract, the (third column- second column), then we will get the…

Answered: Is the graph linear? Should it be? Why?…

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Is the graph linear? Should it be? Why? Calculate what the value of the
slope should be using your values from the above table in Eq. 1. Then
perform a Linear Fit to your data in Excel. A box should appear indicating
the slope of the graph. Record the slope in your notebook.

Im confused with how to find the slope.

1st picture is the table where the values are

2nd picture is the equation 1

We can calculate the net force from the fluid acting on the object, which we call
the "Buoyant Force" (F3):
FB = Fpottom - Ftop = Prtuia 9 · A · (hz – h,) = Prtuia I · V (Eq.1)
2
PHYS 2LB: Lab 3
Buoyancy
where V = (h2 - h1)A is the volume of the fluid displaced by the object. This
buoyant force is equal and opposite to the force exerted on the displaced fluid by
gravity. Archimedes' Principle applies to all types of fluids (both liquids and gases).
Note that it also applies to floating objects, where Frop ~ 0. In today's lab you will
be studying how Archimedes' Principle applies to objects either fully submerged
in or floating on water.

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