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Name XXXXXXXXXXPer APP1 Virtual Roller Coaster Packet Qualitative Energy Diagram Overall NOTE: There is some internal energy lost in the form of Friction, Heat, Noise, etc. Highest Point Lowest Point...

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Name XXXXXXXXXXPer
APP1 Virtual Roller Coaster Packet

Qualitative Energy Diagram Overall
NOTE: There is some internal energy lost in the form of Friction, Heat, Noise, etc.

Highest Point Lowest Point
Initial XXXXXXXXXXFINAL



CONSERVATION OF ENERGY EQUATION:

____________________________________________________________________________
Roller Coaster Schematic (20 points)



Design scale: 1 cm = ___________________
Remember: The measured launch angle provides the direction of your initial velocity
Top View:
Side View - long side:
Point “A”: At rest at the top of the initial hill (40 points)
Qualitative Analysis Quantitative Analysis: Show ALL Work for full credit







_________________________________________
Energy Bar graph

_____________________________________________________________________________
Point “B”: Top of Vertical Loop (20 points)
Qualitative Analysis Quantitative Analysis: Show ALL Work for full credit







_________________________________________
Energy Bar graph
_____________________________________________________________________________

FBD Fnetx=
Fnety=
Height at Point A: ___________ m
a = ________ m/s2
Angle = ________
length of diagonal: ________ m
FBD Fnetx=
Fnety=
Height at Point B: ___________ m
Radius = ________ m
Critical velocity at the top of the loop
________ m/s
Point “C”: Top of Hill (20 points)
Qualitative Analysis Quantitative Analysis: Show ALL Work for full credit





________________________________________
Energy Bar graph


_________________________________________________________________________
Extra Feature #1 (5 points)
Qualitative Analysis Quantitative Analysis: Show ALL Work for full credit


_________________________________________________________________________
Extra Feature #2 (5 points)
Qualitative Analysis Quantitative Analysis: Show ALL Work for full credit


________________________________________________________________________
Extra Feature #3 (5 points)
Qualitative Analysis Quantitative Analysis: Show ALL Work for full credit


FBD Fnetx=
Fnety=
Height at Point C: ___________ m
vmax = ________ m/s
FBD
Fnetx=
Fnety=
FBD
Fnetx=
Fnety=
FBD
Fnetx=
Fnety=
APP1 Virtual Roller Coaster Ru
ic
XXXXXXXXXXScore
Fe
a
tu
e
s
Schematic drawing
shows all required
features with labeled
known and unknown
quantities, video is
uploaded, and
eflection completed
Schematic drawing
shows features but is
missing labels for
quantities, video is
uploaded, reflection
may not have been
completed
Schematic is not
completed, video is
not uploaded and/or
eflection is not
done.
No Schematic
was provided
Initial Hill
All calculations are
clearly written and
show all work for the
height, acceleration,
angle, and length of
the initial hill
Partial calculations
are shown for the
height, acceleration,
angle, and length of
the initial hill
Calculations for the
height, acceleration,
angle, and length of
the initial hill were
attempted but not
complete
No
calculations
were done for
any of the
features
Vertical
Loop
All calculations are
clearly written and
show all work for the
height and critical
velocity for the
vertical loop
Partial calculations
are shown for the
height and critical
velocity for the
vertical loop
Calculations for the
height and critical
velocity for the
vertical loop were
attempted but not
complete
No
calculations
were done for
any of the
features
2nd Hill
All calculations are
clearly written and
show all work for the
height and maximuml
velocity for the 2nd
hill
Partial calculations
are shown for the
height and maximuml
velocity for the 2nd
hill
Calculations for the
height and maximuml
velocity for the 2nd
hill were attempted
ut not complete
No
calculations
were done for
any of the
features
Feature #1
Extra credit
calculations were
completed
No
calculations
were done
Feature #2
Extra credit
calculations were
completed
No
calculations
were done
Feature #3
Extra credit
calculations were
completed
No
calculations
were done
Total points
C
al
cu
la
ti
o
n
s
Ex
t
a
C
e
d
it
Answered Same Day Mar 11, 2021

Solution

Rajeswari answered on Mar 11 2021
160 Votes
Roller coaster assignment
The video when working is shown here.
The friction was kept to bare minimum
G was taken as 10 m/s^2
I part:
FBD
Calculations:
Initial Hill:
1. V initial =0 and v bottom = 46.62
Time taken = 7 sec
Hence acceleration = 46.62/7 = 6.66 m/s^2
2. Since inclined acceleration is g sin theta
This equals 6.66
Hence 10 sin A = 6.66
Or A = 42 degrees
Hence diagonal = height / sin 42 = 108.6712/sin 42 = 163.17 m
3. We can use conservation of energy to find the height of the first hill.
Since no friction we can ignore friction energy here
We know initially KE was zero while...
SOLUTION.PDF

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