Question

Slingshot Ride ? Kx L M= 1000kg K= 40 tons of force (Claimed). or 40 tonnes of force (clamed) or 40 tons of Kinetic energy (Claweed) 6=1-100 (Pick a reasonalde value) W Kx L 1.C x(0)=30 X M 6x Jy 2kxbx or (EQUATION OF MOTION)! FIND: NEED TO BE ABLE TO GRAPH THE OSCILATIONS, LENGTH L Vs time. NEED EITUER X(t) or TRANSFER FUNCTION X\(t)\nDRAWINGS MAY BE INCORRECT..

          Slingshot Ride
?
Kx
L
M= 1000kg
K= 40 tons of force (Claimed).
or 40 tonnes of force (clamed)
or 40 tons of Kinetic energy (Claweed)
6=1-100 (Pick a reasonalde value)
W
Kx
L
1.C x(0)=30
X
M
6x
Jy
2kxbx
or
(EQUATION OF MOTION)!
FIND: NEED TO BE ABLE TO GRAPH THE OSCILATIONS, LENGTH L
Vs time. NEED EITUER X(t) or TRANSFER FUNCTION
X\(t)\nDRAWINGS MAY BE INCORRECT..

Slingshot Ride
?
Kx
L
M= 1000kg
K= 40 tons of force (Claimed).
or 40 tonnes of force (clamed)
or 40 tons of Kinetic energy (Claweed)
6=1-100 (Pick a reasonalde value)
W
Kx
L
1.C x(0)=30
X
M
6x
Jy
2kxbx
or
(EQUATION OF MOTION)!
FIND: NEED TO BE ABLE TO GRAPH THE OSCILATIONS, LENGTH L
Vs time. NEED EITUER X(t) or TRANSFER FUNCTION
Xt) MAY BE INCORRECT..

Added by Christopher W.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Dharmendra Maheshwari

Step 1

Start by defining the variables: - L: length of the slingshot arm (changing) - θ: angle of the slingshot arm (changing) - M: mass of the rider (constant, 1000 kg) - K: force constant (claimed to be 0 tons, but we'll assume it's not zero) - x(t): displacement of Show more…

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Thanks for your feedback!

Help!! I'm trying to model the slingshot ride at a carnival to get the equation of motion. I'm trying to view the sinusoidal graph in terms of x(t) or x(t)/y(t). L will be changing, as will theta. Slingshot Ride M = 1000 Kg K = 0 tons of force (claimed) (prmn|3)30xy jo Souuaf Oh uo 6 = 1 - (00(pcx a100sovarie value) 1. x0 = 30 EQUATION OF MOTION: FIND: NEED TO BE ABLE TO GRAPH THE OSCILLATIONS LENGTH L Vs TIME, NEED EITHER X(t) or TRANSFER FUNCTION XC DRAWINGS MAY BE INCORRECT