Practice 1. An airplane flies 276.9 km [W 76.70° S] from Edmonton to Calgary and then continues 675.1 km [W 11.45° S] from Calgary to Vancouver. Using components, calculate the plane's total displacement.

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Chapter1: Units, Trigonometry. And Vectors
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Please answer question and just send me the paper solutions asap dont type the answer And draw the picture too and show steps no need to explain and write let statement and those stuff and use this formula only if need and use 9.81 not 9.8
SPH4U-01
COHORT A
Wednesday, April 7th, 2021
Equations and Constants
Fr = µFn
sinA
sinB
sinc
Fnet
a? = b2 + c2 - 2bccosA
= ma
a
C
V2 = V1 + aAt
Ad
Ad = v;At + %aAť
Ad vzAt- KaA?
Vav
(v2) = (vi) + 2aAd
a.
v2
4n2r
Ad = (v1 + v2)At
g=9.81
%3D
%31
4n²rf2
T2
W- ΔΕ
PE = mgAy
W = FAd
1
KE ==mv2
2.
F = kx
1
Elastic Energy
=kx?
FAt = Ap
P = mv
GMm
5.972 x 1024kg
mmoon = 7.348 x 1022kg
mearth
Fg =
r²
Nm2
G = 6.67x10-11
kg?
Te = 6378 km
Tmoon = 1737 m
kq,92
mproton
1.67 x 10-27kg
melectron
= 9.11 x 10-31kg
F =
r2
10.
Transcribed Image Text:SPH4U-01 COHORT A Wednesday, April 7th, 2021 Equations and Constants Fr = µFn sinA sinB sinc Fnet a? = b2 + c2 - 2bccosA = ma a C V2 = V1 + aAt Ad Ad = v;At + %aAť Ad vzAt- KaA? Vav (v2) = (vi) + 2aAd a. v2 4n2r Ad = (v1 + v2)At g=9.81 %3D %31 4n²rf2 T2 W- ΔΕ PE = mgAy W = FAd 1 KE ==mv2 2. F = kx 1 Elastic Energy =kx? FAt = Ap P = mv GMm 5.972 x 1024kg mmoon = 7.348 x 1022kg mearth Fg = r² Nm2 G = 6.67x10-11 kg? Te = 6378 km Tmoon = 1737 m kq,92 mproton 1.67 x 10-27kg melectron = 9.11 x 10-31kg F = r2 10.
Practice
1. An airplane flies 276.9 km [W 76.70° S] from Edmonton to Calgary and then continues
675.1 km [W 11.45° S] from Calgary to Vancouver. Using components, calculate the plane's
total displacement.
Transcribed Image Text:Practice 1. An airplane flies 276.9 km [W 76.70° S] from Edmonton to Calgary and then continues 675.1 km [W 11.45° S] from Calgary to Vancouver. Using components, calculate the plane's total displacement.
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