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High-Angle Rope Rescue Quiz 11

Total questions: 8

Worksheet time: 4mins

Name
Class
Date
1.

The direction of movement of a load on a rope during a high-angle rope rescue can be controlled using:

a)

Carabiners

b)

Tag lines

c)

Rigging plates

d)

Webbing

2.

If possible, set anchors ______ feet back from the subject.

a)

6

b)

3

c)

10

d)

15

3.

The best control in a high-angle rescue environment will come with what kind of rope?

a)

Static

b)

Hollow core

c)

Sisal

d)

Kernmantle

4.

If you were lowering a subject, and a fast-moving vehicle below suddenly created a need to raise the subject, ideally, the transition would be made:

a)

Quickly and seamlessly

b)

Slowly

c)

Only as last resort

d)

With approval from police department

5.

To effectively raise a load using a direct pull method, raising a rescue load of X would require a force of:

a)

0.5X

b)

2X

c)

Slightly more than X

d)

Much less than X

6.

If a force of 800 kN is on a rope system with a fixed pulley secured to the anchor raising a load, the force on the pulley and the anchor in the system may be:

a)

200 kN

b)

400 kN

c)

800 kN

d)

>1600 kN

7.

During a haul or raising of a load using a pulley secured to an anchor, which of the following is used to keep a litter from slipping back down a slope after the pull up has been made?

a)

Belay system on a separate line

b)

Pair of carabiners attached to the litter

c)

Rigging plate with three carabiners

d)

Rope grab or Prusiks

8.

To maximize the safety enhancements from a PCD, place it:

a)

At the end of a rope

b)

At the anchor

c)

Attached to a vehicle

d)

To the foot of the litter