0000040	00010	-	YBL	<bpara>	.
0000050	00010	-	ZZ1	a	[Oh.
0000060	00010	-	YPR	+)	.
0000070	00010	-	MC	+i	.
0000080	00010	-	YPR	+)	.Oh]
0000090	00010	-	NN1	Friction	[O[S[Ns:s.Ns:s]
0000100	00010	-	VBZ	is	[Vzb.Vzb]
0000110	00010	-	AT1	a	[Ns:e101.
0000120	00010	-	NN1	force	.
0000130	00010	-	DDQ	which	[Fr[Dq:s101.Dq:s101]
0000140	00010	-	VVZ	opposes	[Vz.Vz]
0000150	00010	-	NN1	motion	[Ns:o.Ns:o]Fr]Ns:e101]S]
0000160	00010	-	YF	+.	.
0000170	00010	-	PPH1	It	[S[Ni:S.Ni:S]
0000180	00010	-	VBZ	is	[Vzp.
0000190	00010	-	VVN	said	.Vzp]
0000200	00010	-	II	in	[P:p.
0000210	00010	-	AT	the	[Ns.
0000220	00010	-	NN1	passage	.Ns]P:p]
0000230	00010	-	CST	that	[Fn:s.
0000240	00010	-	PPH1	it	[Ni:s.Ni:s]
0000250	00010	-	VVZ	takes	[Vz.Vz]
0000260	00010	-	II	away	[R:q.R:q]
0000270	00010	-	AT	the	[Ns:o.
0000280	00010	-	NN1	energy	.
0000290	00010	-	IO	of	[Po.
0000300	00010	-	AT1	a	[Ns.
0000310	00010	-	JJ	moving	[Tg[Vg.Vg]Tg]
0000320	00010	-	NN1	car	.Ns]Po]Ns:o]Fn:s]S]
0000330	00010	-	YF	+.	.
0000340	00010	-	DD1	This	[S[Ds:s.Ds:s]
0000350	00010	-	VBZ	is	[Vzb.Vzb]
0000360	00010	-	II	because	[Fa:c.
0000370	00010	-	NN1	energy	[Ns:S.Ns:S]
0000380	00010	-	VBZ	is	[Vzp.
0000390	00010	-	VVN	required	.Vzp]
0000400	00010	-	TO	to	[Ti:c[Vi.
0000410	00010	-	VV0	overcome	.Vi]
0000420	00010	-	AT	the	[Np:o.
0000430	00010	-	NN2	forces	.
0000440	00010	-	IO	of	[Po.
0000450	00010	-	NN1	friction	.Po]Np:o]
0000460	00010	-	CC	and	[Ti+.
0000470	00010	-	VV0	keep	[V.V]
0000480	00010	-	AT	the	[Ns:o.
0000490	00010	-	NN1	car	.Ns:o]
0000500	00010	-	VVG	moving	[Tg:j[Vg.Vg]Tg:j]Ti+]Ti:c]Fa:c]S]
0000510	00010	-	YF	+.	.
0000520	00010	-	CS	Once	[S[Fa:t.
0000530	00010	-	NN1	friction	[Ns:S.Ns:S]
0000540	00010	-	VHZ	has	[Vzfp.
0000550	00010	-	VBN	been	.
0000560	00010	-	VVN	overcome	.Vzfp]Fa:t]
0000570	00010	-	YC	+,	.
0000580	00010	-	PPH1	it	[Ni:s.Ni:s]
0000590	00010	-	VBZ	is	[Vzb.Vzb]
0000600	00010	-	JJ	constant	[J:e.J:e]
0000610	00010	-	CC	and	[S+.
0000620	00010	-	VDZ	does	[Vze.
0000630	00010	-	XX	not	.
0000640	00010	-	VV0	increase	[VV0v&.
0000650	00010	-	CC	or	[VV0v+.
0000660	00010	-	NN1	decrease	.VV0v+]VV0v&]Vze]
0000670	00010	-	IW	with	[P:c.
0000680	00010	-	NN2	increases	[Np.
0000690	00010	-	CC	or	[Np+.
0000700	00010	-	VVZ	decreases	.Np+]
0000710	00010	-	II	in	[P.
0000720	00010	-	NN1	speed	.P]
0000730	00010	-	RR	respectively	.Np]P:c]S+]S]
0000740	00010	-	YF	+.	.O]
0000750	00010	-	YBR	<epara>	.
0000760	00020	-	YBL	<bpara>	.
0000770	00020	-	VVD	ii	[Oh.
0000780	00020	-	YPR	+)	.Oh]
0000790	00020	-	JJ	Uniform	[O[S[Q:s.
0000800	00020	-	YC	+,	.
0000810	00020	-	CSA	as	[A.
0000820	00020	-	PPH1	it	[Ni:S.Ni:S]
0000830	00020	-	VBZ	is	[Vzp.
0000840	00020	-	VVN	used	.Vzp]
0000850	00020	-	II	in	[P:p.
0000860	00020	-	AT	the	[Ns.
0000870	00020	-	NN1	passage	.Ns]P:p]A]
0000880	00020	-	YC	+,	.Q:s]
0000890	00020	-	VVZ	refers	[Vz.Vz]
0000900	00020	-	II	to	[P:u.
0000910	00020	-	NN1	motion	[Ns:103.
0000920	00020	-	DDQ	which	[Fr[Dq:s103.Dq:s103]
0000930	00020	-	VBZ	is	[Vzb.Vzb]
0000940	00020	-	JJ	constant	[J:e.J:e]
0000950	00020	-	CC	and	[Fr+.
0000960	00020	-	II	in	[Pq:p.
0000970	00020	-	DDQ	which	[Dq:103.Dq:103]Pq:p]
0000980	00020	-	EX	there	.
0000990	00020	-	VBZ	is	[Vzb.Vzb]
0001000	00020	-	AT	no	[Ns:s.
0001010	00020	-	NN1	acceleration	.Ns:s]Fr+]Fr]Ns:103]P:u]S]
0001020	00020	-	YF	+.	.
0001030	00020	-	DD	The	[S[Ns:s.
0001040	00020	-	YIL	<lsquo>	[Q.
0001050	00020	-	JJ	+natural	.
0001060	00020	-	YIR	+<rsquo>	.
0001070	00020	-	JJ	uniform	.
0001080	00020	-	NN1	motion	.Q]Ns:s]
0001090	00020	-	VVZ	refers	[Vz.Vz]
0001100	00020	-	II	to	[P:u.
0001110	00020	-	NN1	motion	[Ns:105.
0001120	00020	-	DDQ	which	[Fr[Dq:s105.Dq:s105]
0001130	00020	-	VM	would	[Vdc.
0001140	00020	-	VV0	exist	.Vdc]
0001150	00020	-	CS	if	[Fa:c.
0001160	00020	-	EX	there	.
0001170	00020	-	VBDR	were	[Vwb.Vwb]
0001180	00020	-	AT	no	[Np:s.
0001190	00020	-	JJ	external	.
0001200	00020	-	JJ	resultant	.
0001210	00020	-	NN2	forces	.
0000000	00020	y	YG	-	[107.107]Np:s]
0001220	00020	-	VVN	applied	[Tn:e[Vn.Vn]Tn:e]
0001230	00020	-	YC	+,	.
0001240	00020	-	II21	such	[P:G107[II=.
0001250	00020	-	II22	as	.II=]
0001260	00020	-	NN1	friction	[N.
0001270	00020	-	CC	and	[Ns+.
0001280	00020	-	NN1	air	.
0001290	00020	-	NN1	resistance	.Ns+]N]P:G107]Fa:c]Fr]Ns:105]P:u]S]
0001300	00020	-	YF	+.	.
0001310	00020	-	DD1	This	[S[Ds:s.Ds:s]
0001320	00020	-	VBZ	is	[Vzb.Vzb]
0001330	00020	-	RR	directly	[Tn:e[R:h.R:h]
0001340	00020	-	VVN	linked	[Vn.Vn]
0001350	00020	-	II	to	[P:q.
0001360	00020	-	NP1	Newton	[Nns:109[G[Nns.Nns]
0001370	00020	-	GG	+<apos>s	.G]
0001390	00020	-	MD	First	.
0001400	00020	-	NN1	Law	.
0001410	00020	-	IO	of	[Po.
0001420	00020	-	NN1	Motion	.Po]
0001430	00020	-	DDQ	which	[Fr[Dq:s109.Dq:s109]
0001440	00020	-	VVZ	states	[Vz.Vz]
0001450	00020	-	YN	+:	.
0001460	00020	-	AT1	A	[Q:o[S[Ns:s.
0001470	00020	-	NN1	body	.Ns:s]
0001480	00020	-	VM	will	[Vc.
0001490	00020	-	VV0	remain	.Vc]
0001500	00020	-	II	in	[P:e.
0001510	00020	-	AT1	a	[Ns.
0001520	00020	-	NN1	state	.
0001530	00020	-	IO	of	[Po.
0001540	00020	-	NN1	rest	[Ns.
0001550	00020	-	CC	or	[Tg+.
0001560	00020	-	VVG	moving	[Vg.Vg]
0001570	00020	-	II	at	[P:h.
0001580	00020	-	JJ	constant	[Ns[J.
0001590	00020	-	YPL	(	.
0001600	00020	-	NN1	+uniform	[J@.J@]
0001610	00020	-	YPR	+)	.J]
0001620	00020	-	NN1	velocity	.Ns]P:h]Tg+]Ns]Po]Ns]P:e]
0001630	00020	-	CS	unless	[Fa:c.
0001640	00020	-	VVN	acted	[Vn.Vn]
0001650	00020	-	II	upon	[R:n.R:n]
0001660	00020	-	II	by	[Pb:a.
0001670	00020	-	AT1	a	[Ns.
0001680	00020	-	JJ	resultant	.
0001690	00020	-	NN1	force	.Ns]Pb:a]Fa:c]S]Q:o]Fr]Nns:109]P:q]Tn:e]S]
0001700	00020	-	YF	+.	.O]
0001710	00020	-	YBR	<epara>	.
0001720	00030	-	YBL	<bpara>	.
0001730	00030	-	NN2	iii	[Oh.
0001740	00030	-	YPR	+)	.Oh]
0001750	00030	-	AT1	An	[O[S[Ns:s.
0001760	00030	-	NN1	atom	.Ns:s]
0001770	00030	-	VBZ	is	[Vzb.Vzb]
0001780	00030	-	AT	the	[Ns:e.
0001790	00030	-	JJT	smallest	.
0001800	00030	-	NN1	part	.
0001810	00030	-	IO	of	[Po.
0001820	00030	-	AT1	an	[Ns:111.
0001830	00030	-	NN1	element	.
0001840	00030	-	DDQ	which	[Fr[Dq:s111.Dq:s111]
0001850	00030	-	VM	can	[Vc.
0001860	00030	-	VV0	take	.Vc]
0001870	00030	-	NN1	place	[Ns:o.Ns:o]
0001880	00030	-	II	in	[P:p.
0001890	00030	-	AT1	a	[Ns.
0001900	00030	-	JJ	chemical	.
0001910	00030	-	NN1	reaction	.Ns]P:p]Fr]Ns:111]Po]Ns:e]S]
0001920	00030	-	YF	+.	.
0001930	00030	-	DD1	Each	[S[Ns:s.
0001940	00030	-	NN1	atom	.Ns:s]
0001950	00030	-	VBZ	is	[Vzb.Vzb]
0001960	00030	-	VVN	made	[Tn:e[Vn.Vn]
0001970	00030	-	RP	up	[R:n.R:n]
0001980	00030	-	IO	of	[Po:h.
0001990	00030	-	JJ	subatomic	[Np:113.
0002000	00030	-	NN2	particles	.
0002010	00030	-	DDQ	which	[Fr[Dq:s113.Dq:s113]
0002020	00030	-	VV0	include	[V.V]
0002030	00030	-	YC	+,	.
0002040	00030	-	NN2	neutrons	[Np:o[NN2&.
0002050	00030	-	YC	+,	.
0002060	00030	-	NN2	protons	[NN2-.NN2-]
0002070	00030	-	CC	and	[NN2+.
0002080	00030	-	NN2	electrons	.NN2+]NN2&]Np:o]Fr]Np:113]Po:h]Tn:e]S]
0002090	00030	-	YF	+.	.
0002100	00030	-	NN2	Neutrons	[S[Np:s.Np:s]
0002110	00030	-	VH0	have	[V.V]
0002120	00030	-	AT	no	[Ns:o.
0002130	00030	-	NN1	charge	.Ns:o]
0002140	00030	-	YC	+,	.
0002150	00030	-	NN2	protons	[S-[Np:s.Np:s]
0002160	00030	-	VBR	are	[Vab.Vab]
0002170	00030	-	RR	positively	[Tn:e[R:h.R:h]
0002180	00030	-	VVN	charged	[Vn.Vn]Tn:e]S-]
0002190	00030	-	CC	and	[S+.
0002200	00030	-	NN2	electrons	[Np:s.Np:s]
0002210	00030	-	VBR	are	[Vab.Vab]
0002220	00030	-	RR	negatively	[Tn:e[R:h.R:h]
0002230	00030	-	VVN	charged	[Vn.Vn]Tn:e]S+]
0002240	00030	-	YS	+;	.
0002250	00030	-	VVG	making	[Tg:b[Vg.Vg]
0002260	00030	-	AT	the	[Ns:o.
0002270	00030	-	NN1	atom	.
0002280	00030	-	PPX1	itself	.Ns:o]
0002290	00030	-	JJ	uncharged	[J:j.J:j]Tg:b]S]
0002300	00030	-	YF	+.	.O]
0002310	00030	-	YBR	<epara>	.
0002320	00040	-	YBL	<bpara>	.
0002330	00040	-	ZZ1	b	[Oh.
0002340	00040	-	YPR	+)	.Oh]
0002350	00040	-	AT	The	[O[S[Ns:s.
0002360	00040	-	NN1	motion	.
0002370	00040	-	IO	of	[Po.
0002380	00040	-	NN2	planets	[Np.
0002390	00040	-	VVG	moving	[Tg[Vg.Vg]
0002400	00040	-	II	around	[P:q.
0002410	00040	-	AT	the	[Ns.
0002420	00040	-	NN1	sun	.Ns]P:q]Tg]Np]Po]Ns:s]
0002430	00040	-	VBZ	is	[Vzb.Vzb]
0002440	00040	-	JJ	due	[Jh:e.
0002450	00040	-	II	to	[P.
0002460	00040	-	JJ	gravitational	[Np.
0002470	00040	-	NN2	forces	.Np]P]Jh:e]S]
0002480	00040	-	YF	+.	.
0002490	00040	-	AT	The	[S[Ns:s.
0002500	00040	-	NN1	sun	.Ns:s]
0002510	00040	-	VVZ	attracts	[Vz.Vz]
0002520	00040	-	AT	the	[Np:o.
0002530	00040	-	NN2	planets	.Np:o]
0002540	00040	-	CC	and	[S+.
0002550	00040	-	AT	the	[Np:s.
0002560	00040	-	NN2	planets	.Np:s]
0002570	00040	-	YC	+,	.
0002580	00040	-	RR	similarly	[R:m.R:m]
0002590	00040	-	YC	+,	.
0002600	00040	-	VV0	attract	[V.V]
0002610	00040	-	AT	the	[Ns:o.
0002620	00040	-	NN1	sun	.Ns:o]S+]S]
0002630	00040	-	YF	+.	.
0002640	00040	-	AT	The	[S[Ns:s.
0002650	00040	-	JJ	resultant	.
0002660	00040	-	IO	of	[Po.
0002670	00040	-	DD2	these	[Np.
0002680	00040	-	MC	two	.
0002690	00040	-	NN2	forces	.Np]Po]Ns:s]
0002700	00040	-	VBZ	is	[Vzb.Vzb]
0002710	00040	-	AT	the	[Ns:e.
0002720	00040	-	JJ	centripetal	.
0002730	00040	-	NN1	force	.
0002740	00040	-	VVN	required	[Tn[Vn.Vn]
0002750	00040	-	TO	to	[Ti:c[Vi.
0002760	00040	-	VV0	make	.Vi]
0002770	00040	-	AT	the	[Np:O115.
0002780	00040	-	NN2	planets	.Np:O115]
0000000	00040	y	YG	-	[Tb:o[s115.s115]
0002790	00040	-	NN1	orbit	[V.V]
0002800	00040	-	AT	the	[Ns:o.
0002810	00040	-	NN1	sun	.Ns:o]Tb:o]Ti:c]Tn]Ns:e]S]
0002820	00040	-	YF	+.	.
0002830	00040	-	APPG	Their	[S[Ns:S.
0002840	00040	-	NN1	motion	.Ns:S]
0002850	00040	-	VBZ	is	[Vzep.
0002860	00040	-	XX	not	.
0002870	00040	-	VVN	restricted	.Vzep]
0002880	00040	-	II	by	[Pb:a.
0002890	00040	-	NN1	friction	[N.
0002900	00040	-	CC	or	[Ns+.
0002910	00040	-	NN1	air	.
0002920	00040	-	NN1	resistance	.Ns+]N]Pb:a]
0002930	00040	-	ICS	since	[Fa:c.
0002940	00040	-	DD2	these	[Np:s.
0002950	00040	-	NN2	forces	.Np:s]
0002960	00040	-	VD0	do	[Ve.
0002970	00040	-	XX	not	.
0002980	00040	-	VV0	exist	.Ve]
0002990	00040	-	II	in	[P:p.
0003000	00040	-	JB	outer	[Ns.
0003010	00040	-	NN1	space	.Ns]P:p]Fa:c]
0003020	00040	-	YC	+,	.
0003030	00040	-	RR	thus	[S-[R:c.R:c]
0003040	00040	-	AT	the	[Np:S.
0003050	00040	-	NN2	planets	.Np:S]
0003060	00040	-	VBR	are	[Vaep.
0003070	00040	-	XX	not	.
0003080	00040	-	VVN	slowed	.Vaep]
0003090	00040	-	RP	down	[R:n.R:n]
0003100	00040	-	II	at	[P:t.
0003110	00040	-	DD	any	[Ns.
0003120	00040	-	NNT1	time	.Ns]
0003130	00040	-	II	during	[P.
0003140	00040	-	APPG	their	[Ns.
0003150	00040	-	NN1	orbit	.Ns]P]P:t]S-]S]
0003160	00040	-	YF	+.	.
0003170	00040	-	AT	The	[S[Rr:p[Fc[Jr:e.
0003180	00040	-	JJR	stronger	.Jr:e]
0003190	00040	-	AT	the	[Ns:s.
0003200	00040	-	NN1	force	.
0003210	00040	-	IO	of	[Po.
0003220	00040	-	NN1	attraction	[Ns.
0000000	00040	y	YG	-	[116.116]Ns]Po]Ns:s]
0003230	00040	-	VBZ	is	[Vzb.Vzb]
0003240	00040	-	II	by	[Pb:G116.
0003250	00040	-	AT	the	[Ns.
0003260	00040	-	NN1	sun	.Ns]Pb:G116]Fc]
0003270	00040	-	YC	+,	.
0003280	00040	-	AT	the	.
0003290	00040	-	JJR	closer	.Rr:p]
0003300	00040	-	AT	the	[Ns:s.
0003310	00040	-	NN1	planet	.Ns:s]
0003320	00040	-	NN1	will	[Vc.
0003330	00040	-	NN1	orbit	.Vc]
0003340	00040	-	PPH1	it	[Ni:o.Ni:o]S]
0003350	00040	-	YF	+.	.
0003360	00040	-	NP1	Mercury	[S[Nns:s.Nns:s]
0003370	00040	-	YC	+,	.
0003380	00040	-	VBG	being	[Tg:b[Vg.Vg]
0003390	00040	-	AT	the	[Ns:e.
0003400	00040	-	JJT	smallest	.
0003410	00040	-	NN1	planet	.Ns:e]Tg:b]
0003420	00040	-	NN2	orbits	[Vz.Vz]
0003430	00040	-	JJT	closest	[R:p.
0003440	00040	-	II	to	[P.
0003450	00040	-	AT	the	[Ns.
0003460	00040	-	NN1	sun	.Ns]P]R:p]S]
0003470	00040	-	YF	+.	.O]
0003480	00040	-	YBR	<epara>	.
0003490	00050	-	YBL	<bpara>	.
0003500	00050	-	AT	The	[O[S[Ns:s.
0003510	00050	-	NN1	distance	.
0003520	00050	-	II	between	[P.
0003530	00050	-	AT	the	[Np.
0003540	00050	-	NN2	planets	.Np]P]Ns:s]
0003550	00050	-	VBZ	is	[Vzb.Vzb]
0003560	00050	-	RG	so	[Jh:e.
0003570	00050	-	JJ	great	.
0003580	00050	-	CST	that	[Fc.
0003590	00050	-	APPG	their	[Np:s.
0003600	00050	-	NN2	forces	.
0003610	00050	-	IO	of	[Po.
0003620	00050	-	NN1	attraction	.Po]Np:s]
0003630	00050	-	VD0	do	[Ve.
0003640	00050	-	XX	not	.
0003650	00050	-	VV0	affect	.Ve]
0003660	00050	-	PPX221	each	[Nop:o[PPX2h=.
0003670	00050	-	PPX222	other	.PPX2h=]Nop:o]Fc]Jh:e]
0003680	00050	-	YC	+,	.
0003690	00050	-	CC	and	[S+.
0003700	00050	-	RR	so	[Rs:c.Rs:c]
0003710	00050	-	APPG	their	[Ns:S.
0003720	00050	-	NN1	orbit	.
0003730	00050	-	II	around	[P.
0003740	00050	-	AT	the	[Ns.
0003750	00050	-	NN1	sun	.Ns]P]Ns:S]
0003760	00050	-	VBZ	is	[Vzep.
0003770	00050	-	XX	not	.
0003780	00050	-	VVN	altered	.Vzep]S+]S]
0003790	00050	-	YF	+.	.O]
0003800	00050	-	YBR	<epara>	.
0003810	00060	-	YBL	<bpara>	.
0003820	00060	-	AT	The	[O[S[Np:s117.
0003830	00060	-	NN2	planets	.Np:s117]
0003840	00060	-	VV0	try	[V.V]
0000000	00060	y	YG	-	[Ti:o[s117.s117]
0003850	00060	-	TO	to	[Vi.
0003860	00060	-	VV0	fly	.Vi]
0003870	00060	-	RP	off	[R:q.R:q]
0003880	00060	-	II	at	[P:h.
0003890	00060	-	AT1	a	[Ns.
0003900	00060	-	JJ	tangent	.
0003910	00060	-	NN1	perpendicular	[Jh.
0003920	00060	-	II	to	[P.
0003930	00060	-	APPG	their	[Ns.
0003940	00060	-	NN1	motion	.
0003950	00060	-	II	around	[P.
0003960	00060	-	AT	the	[Ns.
0003970	00060	-	NN1	sun	.Ns]P]Ns]P]Jh]Ns]P:h]Ti:o]
0003980	00060	-	YC	+,	.
0003990	00060	-	RR	however	[S-[R:c.R:c]
0004000	00060	-	YC	+,	.
0004010	00060	-	PPHS2	they	[Nap:S.Nap:S]
0000000	00060	y	YG	-	[t119.t119]
0004020	00060	-	VBR	are	[Vap.
0004030	00060	-	RR	continually	[R:G119.R:G119]
0004040	00060	-	VVN	pulled	.Vap]
0004050	00060	-	II	towards	[P:q.
0004060	00060	-	AT	the	[Ns.
0004070	00060	-	NN1	centre	.
0004080	00060	-	IO	of	[Po.
0004090	00060	-	AT	the	[Ns.
0004100	00060	-	NN1	sun	.Ns]Po]Ns]P:q]
0004110	00060	-	II	by	[Pb:a.
0004120	00060	-	AT	the	[Ns.
0004130	00060	-	JJ	centripetal	.
0004140	00060	-	NN1	force	.Ns]Pb:a]
0004150	00060	-	CC	and	[S+.
0004160	00060	-	RR	thus	[R:c.R:c]
0004170	00060	-	PPHS2	they	[Nap:s121.Nap:s121]
0004180	00060	-	VV0	continue	[V.V]
0000000	00060	y	YG	-	[Ti:o[s121.s121]
0004190	00060	-	TO	to	[vi.
0004200	00060	-	VV0	move	.vi]
0004210	00060	-	II	in	[P:h.
0004220	00060	-	AT1	a	[Ns.
0004230	00060	-	NN1	circle	.Ns]P:h]
0004240	00060	-	II	around	[P:p.
0004250	00060	-	AT	the	[Ns.
0004260	00060	-	NN1	sun	.Ns]P:p]Ti:o]S+]S-]S]
0004270	00060	-	YF	+.	.O]
0004280	00060	-	YBR	<epara>	.
0004290	00070	-	YBL	<bpara>	.
0004300	00070	-	ZZ1	c	[Oh.
0004310	00070	-	YPR	+)	.Oh]
0004320	00070	-	EX	There	[O[S.
0004330	00070	-	VBR	are	[Vab.Vab]
0004340	00070	-	DA2	many	[Np:s.
0004350	00070	-	JJ	different	.
0004360	00070	-	NN2	types	.
0004370	00070	-	IO	of	[Po.
0004380	00070	-	NN2	forces	[Np:123.
0000000	00070	y	YG	-	[125.125]Np:123]Po]Np:s]
0004390	00070	-	JJ	present	[J:e.J:e]
0004400	00070	-	II	in	[P:p.
0004410	00070	-	APPG	our	[Ns.
0004420	00070	-	NN1	world	.Ns]P:p]
0004430	00070	-	YN	+:	.
0004440	00070	-	DAT	most	[Fr:G125[Dq:S.
0004450	00070	-	IO	of	[Po.
0004460	00070	-	DDQ	which	[Dq:123.Dq:123]Po]Dq:S]
0004470	00070	-	VM	can	[Vcp.
0004480	00070	-	VB0	be	.
0004490	00070	-	VVN	used	.Vcp]
0004500	00070	-	IF	for	[P:c.
0004510	00070	-	AT1	an	[N.
0004520	00070	-	NN1	advance	.
0004530	00070	-	II	in	[P.
0004540	00070	-	NN1	technology	.P]
0004550	00070	-	CC	and	[Ns+.
0004560	00070	-	AT1	an	.
0004570	00070	-	NN1	advance	.
0004580	00070	-	II	in	[P.
0004590	00070	-	AT	the	[Ns.
0004600	00070	-	NN1	efficiency	.
0004610	00070	-	IO	of	[Po.
0004620	00070	-	NN2	products	.Po]Ns]P]Ns+]N]P:c]Fr:G125]S]
0004630	00070	-	YF	+.	.O]
0004640	00070	-	YBR	<epara>	.
0004650	00080	-	YBL	<bpara>	.
0004660	00080	-	JJ	Gravitational	[O[S[Np:S.
0004670	00080	-	NN2	forces	.Np:S]
0004680	00080	-	VBR	are	[Vap.
0004690	00080	-	VVN	used	.Vap]
0004700	00080	-	TO	to	[Ti:c[Vi.
0004710	00080	-	VV0	explain	.Vi]
0004720	00080	-	AT	the	[Ns:o.
0004730	00080	-	NN1	motion	.
0004740	00080	-	IO	of	[Po.
0004750	00080	-	AT	the	[Np.
0004760	00080	-	NN2	planets	.Np]
0004770	00080	-	II	around	[P.
0004780	00080	-	AT	the	[Ns.
0004790	00080	-	NN1	sun	.Ns]P]Po]Ns:o]Ti:c]
0004800	00080	-	CC	and	[S+.
0004810	00080	-	YC	+,	.
0004820	00080	-	II	by	[Pb:m.
0004830	00080	-	JJ	analogous	[Ns.
0004840	00080	-	NN1	reasoning	[Tg[Vg.Vg]Tg]Ns]Pb:m]
0004850	00080	-	YC	+,	.
0004860	00080	-	NN2	scientists	[Np:s.Np:s]
0004870	00080	-	VBR	are	[Vab.Vab]
0004880	00080	-	JJ	able	[Jh:e.
0004890	00080	-	TO	to	[Ti[Vi.
0004900	00080	-	VV0	predict	.Vi]
0004910	00080	-	AT	the	[N:o.
0004920	00080	-	NN1	outcome	.
0004930	00080	-	IO	of	[Po.
0004940	00080	-	VVG	launching	[Tg[Vg.Vg]
0004950	00080	-	JJ	artificial	[Np:o.
0004960	00080	-	NN2	satellites	.Np:o]
0004970	00080	-	II	in	[P:q.
0004980	00080	-	JB	outer	[Ns.
0004990	00080	-	YH	+<hyphen>	.
0005000	00080	-	NN1	+space	.Ns]P:q]Tg]Po]
0005010	00080	-	CC	and	[Ns+:127.
0005020	00080	-	AT	the	.
0005030	00080	-	NN1	method	.
0005040	00080	-	II	by	[Fr[Pbq:h.
0005050	00080	-	DDQ	which	[Dq:127.Dq:127]Pbq:h]
0005060	00080	-	PPHS2	they	[Nap:s.Nap:s]
0005070	00080	-	VM	would	[Vdc.
0005080	00080	-	VV0	remain	.Vdc]
0005090	00080	-	II	in	[P:p.
0005100	00080	-	NN1	orbit	.P:p]Fr]Ns+:127]N:o]Ti]Jh:e]S+]S]
0005110	00080	-	YF	+.	.
0005120	00080	-	DD1	This	[S[Ds:s.Ds:s]
0005130	00080	-	VBZ	is	[Vzb.Vzb]
0005140	00080	-	VVN	based	[Tn:e[Vn.Vn]
0005150	00080	-	II	on	[P:u.
0005160	00080	-	AT	the	[Ns.
0005170	00080	-	DA	same	.
0005180	00080	-	NN1	principle	.
0005190	00080	-	VVN	described	[Tn[Vn.Vn]
0005200	00080	-	RR	previously	[R:t.R:t]
0005210	00080	-	IF	for	[P:r.
0005220	00080	-	AT	the	[Ns.
0005230	00080	-	NN1	motion	.
0005240	00080	-	IO	of	[Po.
0005250	00080	-	NN2	planets	.Po]
0005260	00080	-	II	around	[P.
0005270	00080	-	AT	the	[Ns.
0005280	00080	-	NN1	sun	.Ns]P]Ns]P:r]Tn]Ns]P:u]Tn:e]S]
0005290	00080	-	YF	+.	.O]
0005300	00080	-	YBR	<epara>	.
0005310	00090	-	YBL	<bpara>	.
0005320	00090	-	JJ	Magnetic	[O[S[Np:s.
0005330	00090	-	NN2	forces	.
0005340	00090	-	CC	and	[Np+.
0005350	00090	-	NN2	forces	.
0005360	00090	-	II	between	[P.
0005370	00090	-	JJ	charged	[Np[Tn[Vn.Vn]Tn]
0005380	00090	-	NN2	particles	.Np]P]Np+]Np:s]
0005390	00090	-	VVD	revealed	[Vd.Vd]
0005400	00090	-	AT	the	[Np:o.
0005410	00090	-	NN2	principles	.
0005420	00090	-	IO	of	[Po.
0005430	00090	-	NN1	magnetism	[NN1u&.
0005440	00090	-	CC	and	[NN1ux+.
0005450	00090	-	NN2	electrostatics	.NN1ux+]NN1u&]Po]Np:o]S]
0005460	00090	-	YF	+.	.
0005470	00090	-	DB2	Both	[S[Dp:s.
0005480	00090	-	IO	of	[Po.
0005490	00090	-	DD2	these	[Np.
0005500	00090	-	NN2	principles	.Np]Po]Dp:s]
0005510	00090	-	VVD	enabled	[Vd.Vd]
0005520	00090	-	NN2	devices	[Np:O129.
0000000	00090	y	YG	-	[131.131]Np:O129]
0000000	00090	y	YG	-	[Ti:o[S129.S129]
0005530	00090	-	TO	to	[Vip.
0005540	00090	-	VB0	be	.
0005550	00090	-	VVN	developed	.Vip]Ti:o]
0005560	00090	-	II21	such	[P:G131[II=.
0005570	00090	-	II22	as	.II=]
0005580	00090	-	AT	the	[Nn:133.
0005590	00090	-	NP1	Cathode	.
0005600	00090	-	NP1	Ray	.
0005610	00090	-	NP1	Oscilloscope	.
0005620	00090	-	DDQ	which	[Fr[Dq:s133.Dq:s133]
0005630	00090	-	VVZ	uses	[Vz.Vz]
0005640	00090	-	JJ	charged	[Np:o[Tn[Vn.Vn]Tn]
0005650	00090	-	NN2	plates	.Np:o]
0005660	00090	-	TO	to	[Ti:c[Vi.
0005670	00090	-	VV0	deflect	.Vi]
0005680	00090	-	AT1	a	[Ns:o.
0005690	00090	-	NN1	beam	.
0005700	00090	-	IO	of	[Po.
0005710	00090	-	NN2	electrons	.Po]Ns:o]Ti:c]Fr]
0005720	00090	-	CC	and	[Np+.
0005730	00090	-	YC	+,	.
0005740	00090	-	DAR	less	[R:m.
0005750	00090	-	RR	importantly	.R:m]
0005760	00090	-	YC	+,	.
0005770	00090	-	NN2	devices	[NN2&.
0005780	00090	-	CC	or	[NN2+.
0005790	00090	-	YIL	<lsquo>	.
0005800	00090	-	NN2	+toys	.
0005810	00090	-	YIR	+<rsquo>	.NN2+]NN2&]
0005820	00090	-	VVN	found	[Tn[Vn.Vn]
0005830	00090	-	II	on	[P:p.
0005840	00090	-	NN1	office	[Np.
0005850	00090	-	NN2	desks	.Np]P:p]Tn]
0005860	00090	-	IO	of	[Po.
0005870	00090	-	NN1	steel	[Np:135.
0005880	00090	-	NN2	balls	.
0005890	00090	-	DDQ	which	[Fr[Dq:s135.Dq:s135]
0005900	00090	-	VV0	swing	[V.V]
0005910	00090	-	VV0	like	[P:h.
0005920	00090	-	AT1	a	[Ns.
0005930	00090	-	NN1	pendulum	.Ns]P:h]
0005940	00090	-	CC	and	[Fr+.
0005950	00090	-	RR	never	[R:t.R:t]
0005960	00090	-	VV0	cease	[V.V]
0005970	00090	-	APPG	their	[Ns:o.
0005980	00090	-	NN1	motion	.Ns:o]Fr+]Fr]Np:135]Po]Np+]Nn:133]P:G131]S]
0005990	00090	-	YF	+.	.O]
0006000	00090	-	YBR	<epara>	.
0006010	00100	-	YBL	<bpara>	.
0006020	00100	-	AT	The	[O[S[Ns:S.
0006030	00100	-	NN1	force	.
0006040	00100	-	IO	of	[Po.
0006050	00100	-	NN1	friction	.Po]Ns:S]
0006060	00100	-	VBDZ	was	[Vsp.
0006070	00100	-	VVN	examined	[VVNt&.
0006080	00100	-	CC	and	[VVNt+.
0006090	00100	-	VVN	investigated	.VVNt+]VVNt&]Vsp]
0006100	00100	-	TO	to	[Ti:c[Vi.
0006110	00100	-	VV0	make	.Vi]
0006120	00100	-	NN2	engines	[Np:o.
0006130	00100	-	II	on	[P.
0006140	00100	-	NN2	cars	.P]
0006150	00100	-	YC	+,	.
0006160	00100	-	REX21	for	[REX=.
0006170	00100	-	REX22	example	.REX=]Np:o]
0006180	00100	-	YC	+,	.
0006190	00100	-	DAR	more	[J:j.
0006200	00100	-	JJ	efficient	.J:j]Ti:c]S]
0006210	00100	-	YF	+.	.
0006220	00100	-	II	At	[S[P:t.
0006230	00100	-	AT1	a	[Ns.
0006240	00100	-	JJ	certain	.
0006250	00100	-	JJR	lower	.
0006260	00100	-	NN1	speed	.Ns]P:t]
0006270	00100	-	YC	+,	.
0006280	00100	-	AT	the	[Ns:s.
0006290	00100	-	NN1	level	.
0006300	00100	-	IO	of	[Po.
0006310	00100	-	NN1	friction	.Po]
0006320	00100	-	II	as	[P.
0006330	00100	-	AT1	a	[Ns.
0006340	00100	-	NN1	proportion	.
0006350	00100	-	IO	of	[Po.
0006360	00100	-	AT	the	[Ns.
0006370	00100	-	NN1	output	.
0006380	00100	-	IO	of	[Po.
0006390	00100	-	AT	the	[Ns.
0006400	00100	-	NN1	engine	.Ns]Po]Ns]Po]Ns]P]Ns:s]
0006410	00100	-	VBZ	is	[Vzb.Vzb]
0006420	00100	-	JJR	greater	[Jh:e.
0006430	00100	-	CSN	than	[Fc.
0006440	00100	-	II	at	[P:t.
0006450	00100	-	JJR	higher	[Np.
0006460	00100	-	NN2	speeds	.Np]P:t]Fc]Jh:e]S]
0006470	00100	-	YF	+.	.
0006480	00100	-	DD1	This	[S[Ds:s.Ds:s]
0006490	00100	-	VVD	pointed	[Vd.Vd]
0006500	00100	-	II	to	[P:q.
0006510	00100	-	AT	the	[Ns.
0006520	00100	-	NN1	need	.
0006530	00100	-	IF	for	[P.
0006540	00100	-	NN2	gears	.P]Ns]P:q]
0006550	00100	-	BTO21	in	[Tf:c[BTO=.
0006560	00100	-	BTO22	order	.BTO=]
0006570	00100	-	IF	for	.
0006580	00100	-	AT	the	[Ns:S.
0006590	00100	-	NN1	output	.
0006600	00100	-	IO	of	[Po.
0006610	00100	-	AT	the	[Ns.
0006620	00100	-	NN1	engine	.Ns]Po]Ns:S]
0006630	00100	-	TO	to	[Vip.
0006640	00100	-	VB0	be	.
0006650	00100	-	VVN	used	.Vip]
0006660	00100	-	DAR	more	[R:h.
0006670	00100	-	RR	efficiently	.R:h]Tf:c]S]
0006680	00100	-	YF	+.	.O]
0006690	00100	-	YBR	<epara>	.
0006700	00110	-	YBL	<bpara>	.
0006710	00110	-	AT	The	[O[S[Ns:s.
0006720	00110	-	NN1	force	.
0006730	00110	-	II	on	[P.
0006740	00110	-	NN2	electrons	.P]Ns:s]
0006750	00110	-	VVZ~VV0	produce	[Vz~V.Vz~V]
0006760	00110	-	DDQ	what	[Ff:o[Dq:S.Dq:S]
0006770	00110	-	VBZ	is	[Vzp.
0006780	00110	-	VVN	known	.Vzp]
0006790	00110	-	II	as	[P:e.
0006800	00110	-	AT1	a	[Ns.
0006810	00110	-	JJ	current	.Ns]P:e]Ff:o]
0006820	00110	-	CC	and	[S+.
0006830	00110	-	DD1	this	[Ds:s.Ds:s]
0006840	00110	-	VBZ	is	[Vzb.Vzb]
0006850	00110	-	AT	the	[Ns:e.
0006860	00110	-	NN1	foundation	.
0006870	00110	-	IF	for	[P.
0006880	00110	-	AT	the	[Ns.
0006890	00110	-	NN1	use	.
0006900	00110	-	IO	of	[Po.
0006910	00110	-	NN2	batteries	.Po]Ns]P]Ns:e]
0006920	00110	-	RT	today	[R:t.R:t]S+]S]
0006930	00110	-	YF	+.	.O]
0006940	00110	-	YBR	<epara>	.
0006950	00120	-	YBL	<bpara>	.
0006960	00120	-	AT	The	[O[S[Ns:S.
0006970	00120	-	NN1	force	.
0006980	00120	-	IO	of	[Po.
0006990	00120	-	NN1	wind	.Po]Ns:S]
0007000	00120	-	VBDZ	was	[Vsp.
0007010	00120	-	VVN	examined	[VVNt&.
0007020	00120	-	CC	and	[VVNt+.
0007030	00120	-	VVN	utilized	.VVNt+]VVNt&]Vsp]
0007040	00120	-	ICS	since	[Fa:c.
0007050	00120	-	APPG	its	[Ns:S.
0007060	00120	-	NN1	energy	.Ns:S]
0007070	00120	-	VM	could	[Vdcp.
0007080	00120	-	VB0	be	.
0007090	00120	-	VVN	used	.Vdcp]
0007100	00120	-	TO	to	[Ti:c[Vi.
0007110	00120	-	VV0	generate	.Vi]
0007120	00120	-	NN1	power	[Ns:o.Ns:o]
0007130	00120	-	IW	with	[P:h.
0007140	00120	-	AT	the	[Ns.
0007150	00120	-	NN1	use	.
0007160	00120	-	IO	of	[Po.
0007170	00120	-	AT1	a	[Ns.
0007180	00120	-	NN1	wind	.
0007190	00120	-	NN1	mill	.Ns]Po]Ns]P:h]Ti:c]Fa:c]S]
0007200	00120	-	YF	+.	.
0007210	00120	-	NN1	Wind	[S[Ns:s.Ns:s]
0007220	00120	-	VBZ	is	[Vzb.Vzb]
0007230	00120	-	AT1	a	[Ns:e.
0007240	00120	-	JJ	renewable	[J.
0007250	00120	-	CC	and	[J+.
0007260	00120	-	XX	not	.
0007270	00120	-	JJ	finite	.J+]J]
0007280	00120	-	NN1	source	.
0007290	00120	-	IO	of	[Po.
0007300	00120	-	NN1	power	.Po]Ns:e]
0007310	00120	-	CC	and	[S+.
0007320	00120	-	RR	so	[Rs:c.Rs:c]
0007330	00120	-	DD1	this	[Ds:s.Ds:s]
0007340	00120	-	VVN	reduced	[Vd.Vd]
0007350	00120	-	DD	some	[D:o.
0007360	00120	-	IO	of	[Po.
0007370	00120	-	AT	the	[N.
0007380	00120	-	NN1	demand	.
0007390	00120	-	IO	of	.
0007400	00120	-	CC	and	[Ns+.
0007410	00120	-	NN1	depletion	.Ns+]
0007420	00120	-	IO	of	[P.
0007430	00120	-	JB	other	[Np.
0007440	00120	-	JJ	finite	.
0007450	00120	-	NN2	sources	.
0007460	00120	-	IO	of	[Po.
0007470	00120	-	NN1	energy	.Po]
0007480	00120	-	II21	such	[P[II=.
0007490	00120	-	II22	as	.II=]
0007500	00120	-	NN1	oil	[NN1n&.
0007510	00120	-	CC	and	[NN1n+.
0007520	00120	-	NN1	coal	.NN1n+]NN1n&]P]Np]P]N]Po]D:o]S+]S]
0007530	00120	-	YF	+.	.O]
0007540	00120	-	YBR	<epara>	.
0007550	00130	-	YBL	<bpara>	.
0007560	00130	-	PPIS2	We	[O[S[Nap:s.Nap:s]
0007570	00130	-	VV0	see	[V.V]
0007580	00130	-	RT	then	[Rsw:c.Rsw:c]
0007590	00130	-	CST	that	[Fn:o.
0007600	00130	-	AT	the	[Ns:s137.
0007610	00130	-	NN1	interest	.
0007620	00130	-	NN2	scientists	[Fr[Np:s.Np:s]
0007630	00130	-	VV0	take	[V.V]
0000000	00130	y	YG	-	[o137.o137]
0007640	00130	-	II	in	[P:r.
0007650	00130	-	AT	the	[Np.
0007660	00130	-	JJ	different	.
0007670	00130	-	NN2	types	.
0007680	00130	-	IO	of	[Po.
0007690	00130	-	NN1	force	.Po]Np]P:r]Fr]Ns:s137]
0007700	00130	-	VHZ~VH0	have	[Vzf~Vf.
0007710	00130	-	VVN	enabled	.Vzf~Vf]
0007720	00130	-	PPIO2	us	[Nop:O139.Nop:O139]
0000000	00130	y	YG	-	[Ti:o[s139.s139]
0007730	00130	-	TO	to	[Vi.
0007740	00130	-	VV0	understand	.Vi]
0007750	00130	-	RRQ	how	[Ff:o[Rq:h.Rq:h]
0007760	00130	-	NN2	things	[Np:s.Np:s]
0007770	00130	-	NN1	work	[V.V]Ff:o]
0007780	00130	-	YC	+,	.
0007790	00130	-	VV0	invent	[Ti-[V.V]
0007800	00130	-	JJ	new	[Np:o.
0007810	00130	-	NN2	devices	.Np:o]Ti-]
0007820	00130	-	YC	+,	.
0007830	00130	-	VV0	make	[Ti-[V.V]
0007840	00130	-	DAR	more	[Ns:o[J.
0007850	00130	-	JJ	efficient	.J]
0007860	00130	-	NN1	use	.
0007870	00130	-	IO	of	[Po.
0007880	00130	-	JJ	present	[Np.
0007890	00130	-	NN2	devices	.Np]Po]Ns:o]Ti-]
0007900	00130	-	CC	and	[Ti+.
0007910	00130	-	VV0	make	[V.V]
0007920	00130	-	NN1	use	[Ns:o.
0007930	00130	-	IO	of	[Po.
0007940	00130	-	JJ	existing	[Np[Tg[Vg.Vg]Tg]
0007950	00130	-	NN2	forces	.Np]Po]Ns:o]
0007960	00130	-	II	in	[P:h.
0007970	00130	-	AT1	a	[Ns.
0007980	00130	-	NN1	way	.
0007990	00130	-	JJ	beneficial	[Jh.
0008000	00130	-	II	to	[P.
0008010	00130	-	DB	all	[Ns.
0008020	00130	-	NN1	mankind	.Ns]P]Jh]Ns]P:h]Ti+]Ti:o]Fn:o]S]
0008030	00130	-	YF	+.	.O]
0008040	00130	-	YBR	<epara>	.
