Resultant vs. EquilibrantComplete the table, show all your workVector V1 Vector V2 Resultant R Equilibrant Calculated Observed | V1| = 10.0 |V2| = 18.4|R| =|R| =|E| =Angle θ0 = 36.9 Angle θ0 = 139.4 Angle θ0 = Angle θ0 =Angle θ0 =V1x = 8.0V2x= -14.0Rx =Rx =Ex =V1y = 6.0 V2y = 12.0Ry = Ry = Ey = A phet.colorado.edu1) CGVector AdditionSum|회 18.4139.4Vx -14.0Vy12.0O SumValues20Components10.06.012.0|= 18.436.9°108.0139.4°-14.010203040PKET :Vector AdditionExplore 1D Explore 2DLabEquations------

We know for two vector R1, R2 -> Resultant = (R1^2 + R2^2)(1/2) And Equilibrant = Negative of…

Answered: Resultant vs. Equilibrant Complete the…

Elementary Geometry For College Students, 7e

7th Edition

ISBN:9781337614085

Author:Alexander, Daniel C.; Koeberlein, Geralyn M.

Publisher:Alexander, Daniel C.; Koeberlein, Geralyn M.

ChapterP: Preliminary Concepts

SectionP.CT: Test

Problem 1CT

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Resultant vs. Equilibrant

Complete the table, show all your work

Vector V1	Vector V2	Resultant R		Equilibrant
		Calculated	Observed
\| V1\| = 10.0	\|V2\| = 18.4	\|R\| =	\|R\| =	\|E\| =
Angle θ⁰ = 36.9	Angle θ⁰ = 139.4	Angle θ⁰ =	Angle θ⁰ =	Angle θ⁰ =
V_1x = 8.0	V_2x= -14.0	R_x =	R_x =	E_x =
V_1y = 6.0	V_2y = 12.0	R_y =	R_y =	E_y =

A phet.colorado.edu
1) C
G
Vector Addition
Sum
|회 18.4
139.4
Vx -14.0
Vy
12.0
O Sum
Values
20
Components
10.0
6.0
12.0
|= 18.4
36.9°
10
8.0
139.4°
-14.0
10
20
30
40
PKET :
Vector Addition
Explore 1D Explore 2D
Lab
Equations
------

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