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Any body projected upwards with any velocity will use to the hight [height] from which it would require to be dropped in order that it should attain the same velocity with which it was projected therefore we can find the space described by a body projected upwards, at the end of a given time by first finding the hight [height] to which it [wanted] rise and the time required, then subtracting the given time from the whole time and finding the velocity which a body would have by falling from rest in the [difference] of those times which would be the required velocity. If projected downwards we would first the hight [height] to which it would rise if projected upwards with the same velocity before coming to rest then adding this time to the given time and proceed as etc.
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Chemistry of the mtns [mountains]. [ ] [streets] [whom] [flow] walk the snow.
[ ] metallic & flute notes mingled with [reposeful] breeziness of [pine] [music].
Dogs in [Sierra], deer [grow] & [flies] & flowers. But not given up to [ ] God [ ] then this warm love is in every [wind] & storm, frost & ice & hail have no coldness in themselves, the warm blood of God through all the geologic days of volcanic fire & through all the glacial winters great & small flows through these mountain granites, flows through these frozen streams, flows through trees living or fallen, flows through death itself.
[ ] [any] sky is a shell through [ ] wh [which] light [ ] [ ] as through smoked glass, [men] [wiggle] in this sticking air [like] [zoospores].
4th camp Light of morning [Yell] [spirit]. Compress as may [with/not] dense, cold sky warm light [cozy] & gentle & pure so [ ]
Date Written
1861-01-01
Contributing Institution
Holt-Atherton Special Collections, University of the Pacific Library
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