Cool and
A sunny but little cold weather could make the mountain climber optimistic.
A sunny but little cold weather could make the mountain climber optimistic.
A mountain climber would feel optimistic in clear weather with mild temperatures, as such conditions typically indicate good visibility and safe climbing conditions. A light breeze can help keep them cool, while low humidity prevents discomfort. Additionally, the absence of storms or heavy precipitation increases the likelihood of a successful ascent. Overall, sunny skies and stable weather patterns create a favorable environment for climbing.
Mountain climbers would be optimistic if the weather conditions were clear skies, minimal wind, and moderate temperatures. They would want good visibility, stable footing, and comfortable conditions to ensure safety and enjoyment during their climb.
Thats a tricky question to answer! For a start I would say if the climber knew he/she had health problems then he/she should not be on the mountain to start with. If a climber becomes ill on Everest everything possible is done to get them off the mountain providing there is no risk to the rescuers.
Another name would be 'Mountaineer' or 'Climber'.
You would say "You are optimistic".
when did you first get interested in it? what is the tallest mountain u have ever climbed? How many years did it take you to train for this?
A thick coat,thick boots,insulated socks/underwear and a insulated hat.
Climber B at 20,000ft would have more diffaculty breathing. Because he is alot higher than climber A. As a matter in fact Climber A would be breathing normally because 2000ft is only about 1000 meters, which is an altitude to low that the airchange wouldent even be 1% different than it is at sea level.
The work done by the mountain climber can be calculated using the formula: work = force × distance × cos(θ), where θ is the angle between the force and the displacement. In this case, the force is 900N, the distance is 100m, and assuming the angle is 0 degrees (straight up), the work done would be 900N × 100m × cos(0°) = 900N × 100m × 1 = 90,000 Joules.
I was optimistic that the package would get here on time.