when they are climbing the mountain
Dynamic climbing rope stretches when it is loaded, so for a climber this means that when he falls, the rope will stretch a little as weight is applied, making a fall softer and safer. A static climbing rope does not stretch and has its advantages in situations where you need a rope that does not stretch or give, such as rappelling or caving use. A static rope should not be used by climbers who are lead climbing because taking a fall on a static rope can lead to serious injury to the climber or even cause the rope to snap as it does not properly absorb the force it needs to cushion a fall.
To effectively utilize ascenders in climbing, climbers can attach them to the rope above them and use them to ascend the rope by gripping and pulling upwards. This can enhance performance by allowing climbers to move more efficiently and with less effort. Additionally, ascenders can improve safety by providing a secure grip on the rope, reducing the risk of slipping or falling. Climbers should always ensure that ascenders are properly attached and used according to manufacturer instructions to maximize their effectiveness and safety.
There is very specific gear for ice climbing. Aside from winter clothes, (boots, jacket, hat, gloves, pants, etc.) ice climbers need tools, too. Generally, ice climbers have 2 ice picks (an adze and a hammer), one in each hand, as well as crampons for their boots. Crampons are basically extreme cleats, that hold/dig into the ice. Ice climbers also need safety gear, such as helmets, rope, carabiners, leashes, and assorted ice screws (bolts) for fall protection.
they climb the lhotse by using a safety rope and climbing straight up
Rock climbers retrieve their anchors after completing a climb by either rappelling down to them or by using a second rope to pull them down from the top.
when climbing a steap part of a mountain
The "1" on the factory tape at the ends of a climbing rope typically indicates that the rope is the first end of a double rope, signifying that it is one of two strands that can be used for climbing. This helps climbers easily identify which end to use for specific techniques, such as rappelling or setting up anchors. It's a part of the manufacturer's labeling to ensure proper use and safety during climbing activities.
A mountain climbers rope
The number of ascenders used for rope climbing can vary depending on the specific climbing technique and safety requirements. Typically, climbers use at least one ascender for ascending a fixed rope, but many prefer to use two for added safety and redundancy. In some cases, additional ascenders may be employed for complex systems or multi-pitch climbs. Always ensure that your setup complies with safety standards and best practices.
To get the rope on Secret Builders is fairly simple. You need to use your mouse, and click on the vines by the tree. This will help you on the Cordelia quest.
they need alot of water
In the good old days, hemp ropes were the main ones used, and rarely, cotton. The modern and superior alternatives are such materials as Nylon, terylene, and polypropylene. Terylene has similar properties to nylon, but it has a lower amount of elastic stretch - thus you are brought up more sharply after a fall. Nylon has a suitable degree of elastic stretch and most climbers prefer it. [Rubber would be even more gentle, and finds use in the Bungy Jump industry.] Polypropylene comes in a range of formulations and is a comfortable rope for outdoors use, but its serious defect for cold weather use is that it may have a glass transition temperature not far below 0 deg C. This is the temperature at which the material turns brittle. This is considered by climbers to not be a good thing. Nowadays, the kernmantle style of rope construction is by far the most favoured. This has a stranded core in the rope, protected by a close braided outer wear layer. [You'll often see this style of rope used in yachting, because of its superior non kink characteristics.] This style of construction helps with protecting the fall resisting properties of the rope from casual abrasion.