A sea Stack
Time to reach the bottom would be got from t = ./(2 * 54 / 9.8) = 3.32 s Here the horizontal component of the velocity would remain the same. So the horizontal range is got right from 9 * 3.32 = 29.88 m. So we could find the key at a distance of 30 m right from the base of cliff.
I would expect the light bulb to fail.
I would expect to hear an echo in a gymnasium because if you think of a basketball bouncing just 1 you hear it coming right back at you.
two bar magnets
a small mass moving slowly
At the bottom of a cliff.
At the bottom of the valley!
on the top so there would be less water loss
Another asterisk with added information.
Yes, more than at the surfase.
a cliff
bottom of the skull because early hominids walked upright
If you belay from the top of the route, or from the base. Normally you would bottom belay. If for some reason you approached the climb from the top of the cliff you would do a top-belay. Also, if you are doing a really long (multi-pitch) climb, you and your partner leapfrog eachother up the cliff - each doing a length of the rope at a time. This means that every other "pitch" would be a top belay.
Viewed from the top it is a precipice. Nut I don't think this word is ever used when viewing from the bottom of the cliff - as there is always a connotation of 'falling' involved with the use of the word.Another word could be "scarp"
You would find the largest crystals in a lava flow in the center of the flow. The largest forms of igneous intrusions are called batholiths.
a sea cliff would fall down and squash animals or destroy land!
The bottom of the ocean is colder. The sun heats the top of the ocean first and then heats lower. In a nutshell, the top of the ocean is warmer and the deeper you go the colder.