2. Use the head-to-tail method, as shown in the previous example, to find the resultant force acting on the box with three forces acting on it as shown below. Draw and label the head-to- tail solution and the resultant in the space next to the figure below. F; F3 Part L-2:
2. Use the head-to-tail method, as shown in the previous example, to find the resultant force acting on the box with three forces acting on it as shown below. Draw and label the head-to- tail solution and the resultant in the space next to the figure below. F; F3 Part L-2:
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
Transcribed Image Text:O 82
B
PI
6 SI
E H
M X
E Ve
e Fr
1 P C Q C G
New
+
er
A mail.google.com/mail/u/0/?tab=rm&ogbl#search/siqbal%40albion.edu?projector=1
= M Gmail
W Albion College
E
- Mall
2. Use the head-to-tail method, as shown in the previous example, to find the resultant force
acting on the box with three forces acting on it as shown below. Draw and label the head-to-
tail solution and the resultant in the space next to the figure below.
Mail
Advanced search
Inbox
17,915
1-29 of 29
Starred
Snoozed
F2
F3
Sent
Drafts
your physics cours.
Sep 20
Notes
- Chat
F1
next week on Mon.
Sep 20
ides of chapter-2 ar.
Sep 20
Part L-2:
s Due Sun 09/2.
Sep 20
Notes on Components
week. -- Sincerely, S.
Sep 20
Applying the parallelogram rule directly can become
tedious, especially if more than two forces are involved.
Fortunately, the parallelogram rule can be used indirectly
to simplify these calculations, using the method of
соmponents.
No conversations
Start a chat
The component of a force in a
given direction is the projection of
that force onto a straight line in
that direction.
edu shared an item .
Sep 17
- Rooms
A component is considered
positive when the force is drawn
with its tail at the coordinate
ahid Igbal, PhD (he,
Sep 17
F
OO
origin, the component lies along
the positive direction of the axis.
(see Figure 5)
No rooms
rd the lecture so in.
Sep 17
Create or find a room
By Pythagoras's theorem, the
magnitude of a vector can be
determined from its components.
Sep 15
Figure 5: Fx and Fy are the Page y2O"p©
particular force. For this force, the x-component is
> Meet
negative and the v-component is positive.
maonitude of F = F?1F?
IMG 3537.jpg
IMG 3538.jpg
IMG 3539.jpg
A IMG 3540.jpg
vector lab (1).pdf
Show All

Transcribed Image Text:O 82
PI
Hi
M X
Bi
ho
D
F 1 P C Q C G
New
+
er
VE
A mail.google.com/mail/u/0/?tab=rm&ogbl#search/siqbal%40albion.edu?projector=1
LuU uuy u
= M Gmail
WAlbion College
Question:
When an object is pushed several ways at once, what is the net effect?
- Mall
Apparatus: Grid paper, ruler, protractor
Mail
Advanced search
Inbox
17,915
Part L-1:
1-29 of 29
Starred
Snoozed
Another way to use the parallelogram rule is to
draw the forces in sequence, the tail of one force
lying on the at the head of the other, as shown in
Figure 3
Sent
Drafts
resultant force
your physics cours.
Sep 20
force of wind
on boat
Notes
next week on Mon.
Sep 20
Example - Suppose the sailboat we have been
considering has an outboard motor. The boat is
acted on by the forces of wind (W), lake current
(C), and the current produced by the propeller
(P). These forces are drawn head-to-tail in
Figure 4B.
- Chat
force of current on boat
lides of chapter-2 ar..
Sep 20
Figure 3: Drawing the forces head-to-tail. The
resultant force can be drawn from the tail of the
days Due Sun 09/2.
Sep 20
first force to the head of the second.
week.--Sincerely, S.
Sep 20
No conversations
Start a chat
1. Draw the resultant of the three forces. (Sketch this directly on Figure 4B.)
du shared an item .
Sep 17
- Rooms
ahid Igbal, PhD (he,
Sep 17
OO
No rooms
rd the lecture so in
Sep 17
Create or find a room
w
Sep 15
> Meet
Figure 4A: Three forces acting on a boat
Figure 4B: The three forces drawn head-to-tail
IMG 3537.jpg
IMG 3538.jpg
A IMG 3539.jpg
A IMG 3540.jpg
vector lab (1).pdf
Show All
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