JavaScript isn't enabled in your browser, so this file can't be opened. Enable and reload.
Webinar #135 Advanced Rigging Theory w/ Taylor Hamel
Thanks for watching the webinar! A passing score of 16/20 will earn you 1 FREE CEU!
Please allow 8-12 weeks for your CEUs to process.
You can take this test without an ISA certification number. Just enter 99999!
Sign in to Google
to save your progress.
Learn more
* Indicates required question
Email
*
Your email
Webinar
*
#135REC
Name
*
Your answer
ISA#
*
Your answer
In what village is DMM located?
*
1 point
Winterfell
Llanberis
Snowdon
London
What year was DMM founded?
*
1 point
1891
1947
1981
2007
Choose the acronym... The load above which an item of equipment might fail, when new, as determined by the manufacturer.
*
1 point
MBS
WLL
SWL
ANSI
Choose the acronym... The load that an item of equipment, when new, can safely lift, lower, or suspend as specified by the manufacturer.
*
1 point
MBS
WLL
SWL
OSHA
Choose the acronym... The load that an item of equipment can safely lift, lower, or suspend based on particular working conditions as specified by a competent person.
*
1 point
MBS
WLL
SWL
EN
WLL =
*
1 point
Working Load Limit
Work Lift Lower
Work Load Limiter
Working Lower Limit
MBS =
*
1 point
Median Break Surface
Maximum Breaking Strength
Manufacturer's Breaking System
Minimum Breaking Strength
Mechanical advantage can be defined as: The ratio of the force produced by a machine to the force applied to the machine.
*
1 point
True
False
SWL =
*
1 point
Super WiFi LAN
Safe Working Load
Safe Work Limit
Safety Within Limits
Actual Mechanical Advantage (AMA) can only be measured after a system is built and friction is taken into consideration.
1 point
True
False
Clear selection
A quick way to calculate the Ideal Mechanical Advantage (IMA) of a simple MA system is to count the legs of rope at the moving block.
*
1 point
True
False
Define "Block and Tackle"
1 point
Fishing Pole Rigging
A system of pulleys with rope or cable threaded between them.
5:1
Three stationary pulleys and one moving pulley with a change of direction.
Clear selection
What is the force on the anchor (assuming no friction).
1 point
100
150
200
300
Clear selection
What is the peak force on the anchor/redirect (assuming no friction)
1 point
50
100
141
200
Clear selection
In which direction (vector) is the peak force being generated?
1 point
A
B
C
D
Clear selection
You are building a block and tackle. In order to achieve maximum output, where do you place your best (most efficient) pulley?
1 point
Closest to the load (output)
Closest to the input
Near the prusik
As close to the middle of the system as possible
Clear selection
What is the approximate peak force on each anchor?
1 point
50
75
100
200
Clear selection
What is the approximate peak force on each anchor?
1 point
50
70
90
200
Clear selection
What is the approximate peak force on each anchor?
1 point
50
60
100
120
Clear selection
What is the approximate peak force on each anchor?
1 point
50
100
170
582
Clear selection
Submit
Clear form
Never submit passwords through Google Forms.
This form was created inside of TreeStuff.
Report Abuse
Forms
