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{illeg} . .
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.
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[32]
. for x. for x
.
for y
[33]
{illeg}. . . {illeg}. . . {illeg}. . . {illeg} . {illeg}=
{illeg}
{illeg} {illeg} {illeg}
[34]
[35]
[36]
[38]
[40] {illeg}
[41] {illeg}
[42] {illeg}.
[43]
.
[44]
[45] {illeg}
. {illeg}
[46] . {illeg}. . . . {.}
{illeg}
. .
[47]
{illeg}. .
.
.
. {illeg}
{illeg}
. {illeg}
[48]
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[54]
[55] September 1664
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[57]
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[59] .
y
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. . or . . . . . .
{}
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[63]
[65]
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Noe motion is lost in reflection. For the circular motion being made by continuall reflection would decay.
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[70] {illeg}s Axiome 4th.
[71]
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Of the seperation of body{s} after reflection
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[78] The center of motions determinacon & velocity
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Of endeavor from the center
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[87] let this follow the 5t axiom
[88]
[89] What force is required to beget or destroy equall velocity in unequall bodys
[90]
What resistance in bodys
[91] What force Indeavor & Pression is
[92] What force or Motion is in equivelox bodys
[93]
What velocity acquired or lost in equall bodys by unequall forces
[94] What motion in bodys
[95]
A generall Theorem of the proportion of velocity & motion of given body moving ☞ through given spaces in given times.
[96] What force required to beget or destroy unequall celerity in equall bodys
[97] Of hindering and helping motion
[98] What celerity acquired or lost by equall forces in unequall bodys
[99]
What velocity & motion gotten or lost by unequall forces in unequall bodys ☞ A Generall Theorem.
[100] Of the {illeg} force in reflected bodys
[101]
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Two bodys being uniformely moved in the same plaine their center of motion which describe a streight line
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{illeg} the {illeg} {as divers plaines}
[104]
of the velocity of the center of motion 14
[105] The 28th & 30th proposition done otherwise
[106] Or thus
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The {illeg} of motion is {illeg} before after {illeg}
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The center of motion in finite bodys hath the same velocity before & after reflection
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This ought to be proved by the 34th & 35t, & the 36t by this concerning the impresse of
on
[110]
Of the Advantage of force in divers positions to some center.
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[114]