SETN2133-01
(DYNAMICS)
ASSIGNMENT
KINEMATICS OF PARTICLES
CURVILINEAR MOTION
17 APRIL 2024
#
Leo
Marko
ALLET4007
.
REFERENCES:
https://tinyurl.com/ers3bfbt
https://tinyurl.com/29pt3pk8
REFERENCES:
https://tinyurl.com/m72dfc9c
https://tinyurl.com/2cfndc8s
REFERENCES:
https://tinyurl.com/mucspt36
https://tinyurl.com/3mw2d5sx
Based on the exercises, what can you
summarize?
Is there any patterns in solving projectile
motion problems and curvilinear motion
problems?
How would you summarize the steps and
procedure to solve them?
Can you come out with your own tips and
tricks in solving them? Develop your tips and
tricks to share with everyone next week.
a = v2
(0)
R
5)
=
-
((0).
v
=
0
,
06252
.
,
·
=
/g2
09765625
I - 6 25N/S.
t = 10 S
radius
=
P
=
40 M
.
Note
-
Sine
ben denyon Personnan
Sallya
rat
0 0625 +
v=
I
,
interio
nahe
2.
mentar
Dan
St
=
&(
a=
+2)
I =
a=
2
+ 2+)
2
+
6572 + 1252
+
1 5862
,
.
.
Et
=
10
↳
ga
=
E
=
1
,
252
at
=
d.
*D
t(0)
=
V = dS
It
0
SEO) 0
8=
du
It
.
.
=
as
d+ =
v
(300)
=
↑
=
d+
p. a
2
100
=
V=
·
↳
S 0
t 0
=
=
t
=
35
o
.
* d=
V = 300
v
-
J
↑
d (Remember Fundamental)
cal(clus
=
t
=
⑳
t
an =
-
=
100
=
S =0
↳
=
↳
meaning
a
=
t (v)
t
300
.
S
.
=Es(38)] .
=
St 30
.
15
=
-
=
=
2
.
300
2
300
-
3
=
0
5 =0
=
↳ No moving
So
0
the
acceleration O
.
du
I
>
-
Angap
straight line
-
.
wonde.
Vo = 25/S
VF
=
So
=
15/S
.
0
S = 250M
.
(V (
(v0)2
2
=
+
152
25
-
-
+2
2
2(a) (300)
=
600 2
400 =
a
a(s So)
-
.
.
2
-M/2
-
=
d= - 0
667m/g2
,
!
A + OC
(at
=
-
0
,
667
.
. V 25 m/5.
s =
⑬
a
S
=
=
a = -0 66 7
,
32
OM
-0 667
.
J
.
250M
,
alan
positiv seau
artiya Rohai Formel hid
=
.
(VHE (vo)2 2a(s So)
+
(VF)
2
=
?
(V
=
-
22512 + 2( 0 667) (250 0
VF 17,07 M/S
625-1000
-
-
,
=
.
-
505
/S
-
an =
12
a
-
P
VatB
an
=
van
(2 +)?
J
+
-
a =
051
300
an =
=
3562
1788
M/s ?
dah ada equation
-holradiusna dengan
R
#
X
10ft
=
=
Y
an
=
d
#
+
y"
X=
R
=
10 Ft
R=
2
R
26
=
z
=
24
:
056
,
468 meter
.
125+ + (6)2
f
7
16
,
26
2
.
Menca
460
15 1125
,
.
24
=
an
2
.
,
a=
=
*
.
1 (10)
a =
↳
=
Dan
constant
24x?
Ep
=
y'
·
6
=
y
&
J
a =
1)
at
.
20 Ft
V=
=
formul
Velocity
- dan directions
.
/3 ?
Y
of
t
I
Y
=
0
2 pt2
A
.
o
=
tent
0 = 39
Velocity
,
=
(E)
805
20/s
cas
encaris
Arc
Length - Welling
5
=
0
.
+
150
s
Vo
=
2
=
S = 150ST
( 0 001 5)
↳
=
d as
t
Let
2
=
d
S
ds
V
=
=a
at
O
.
>
Ingat
.
=
S
VF
v
du
ds
00015)
Set
001 ..
=
J
du
150 25 V
=
dirngat
hal add function
S
25
-
please
V dr
ds
a+
s ut
V
=
15054
.
,
v=
a+
↳
25/S
=
= .
300
Pahar integration.
111 033
-
,
.
2
VF
an =
-
252
=
=
F
20,07
=
M/S
0
.
=
1
?
342683/s
,
300
S = 150ST
at
a=
a=
-
=
3
.
-047/2388
32
5
+ + pan/2
2
1
>
422977
/g2
at
at
v
=
(02S)
d. a1
=
dr
=
S
(0 25) (0 25)
at
=
at
= 500 meter
an
2
ds
It
When
du
It
=
0 2
=
,
.
(0 25)
,
00pS
.
a =
,
,
S = 50 1
v =
V
.
5 = 50n
a+ =
2 m/z 2
V
ION/S
.
=
=
102
=
500
=
.
100/2
+ (2)2
+
a=
/2
2 , 009
an = 12
R
(H) = 02 +22 + (5 50)
?
a =
attan
ITI
0=
ton()
-
5
=
VF
For at
So +
=
Vottatt2
Vot at t
.
is UNON
Velocity
If
wa can use
.
3 FORAUL OF
Arnenatis
?
equation
a+ = 0
What
O
I Can
SUNaze.
They still using the kinematics
.
⑦
equations
can help us to
using this equation
predict and calculate/Approximate
correctly
.
O
.
If
they have equation
FOUR
on
a OrV
automaticly using
as
d
#
a
=
t
O
Calculus
.
O
is
must if you want to solve.
Remember Currelinear is
circle
.
.
O
O
O
.
Yes
the
I can
using
acceleration
for of
is
constant
so
.
Arnenatics
There two component
.
.
Need
understand
initial condition
.
Petite
motion
O
Write
.
.
②
down
what we know
variable
two separate
Make it
. Remember
③
Y have
is does
x
constant
gravity
component
X andy
not have accelations
acceleration which is
E
,
81/2
④ using winematics
.
Loc
eaction
and check
whether
Or Not
.
or
Motion
curve linear
O understand
.
basic of calculus,
② If they give
meaning
you
a=
000
you need to apply
have Varabel
Formul
a at
#
a
.
③
=
For Find
regular
at
we can use
Arnematic
.
equations
④ becareful and check whether logic
or
not
.
O
Motion they have
For
Curvelinear
.
.... Please using
a orv =
⑳
Always
0
.
you cannot
O
.
understand the calculus will be help
.
O
must know
.
equations
O
your imagination if
Paper
just draw in the
use
.
naturatical
.
Nabinalhan
and
how to change the word to
what we know
Appropriate
using
from the Question
equation
to solve.