Musschenbroek, Petrus van, Physicae experimentales, et geometricae de magnete, tuborum capillarium vitreorumque speculorum attractione, magnitudine terrae, cohaerentia corporum firmorum dissertationes: ut et ephemerides meteorologicae ultraiectinae

Table of contents

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[331.] Problema XXXIX. Triangulum T V Q Willemſtadium, Breda, Bergaad Somum.
Page: 429 (415)
[332.] Problema XL. Triangulum R V Q Dordracum, Breda, Berga ad Somum.
Page: 429 (415)
[333.] Problema XLI. Triangulum V L Q Breda, Bommelia, Berga ad Somum.
Page: 430 (416)
[334.] Problema XLII. Triangulum E I ?, Leida, Harlemum, Alcmaria.
Page: 430 (416)
[335.] Problema XLIII. Triangulum E V ?. Leida, Trajectum, Alcmaria.
Page: 431 (417)
[336.] Problema XLIV. Triangulum V L ?. Trajectum, Bommelia, Alcmaria.
Page: 431 (417)
[337.] Problema XLV. Triangulum Q L ?. Berga ad Somum, Bommelia, Alcmaria.
Page: 432 (418)
[338.] Problema XLVI.
Page: 432 (418)
[339.] FINIS.
Page: 434 (420)
[340.] INTRODUCTIO AD COHÆ RENTIAM CORPORUM FIRMORUM.
Page: 435
[341.] INTRODUCTIO AD COHÆRENTIAM CORPORUM FIRMORUM. PRÆFATIO.
Page: 437 (423)
[342.] INTRODUCTIO AD COHÆRENTIAM CORPORUM FIRMORUM. CAPUT PRIMUM, De Modis diverſis, quibus corpora ſoluta ſecum invicem in maſſam unitam abeunt.
Page: 445 (431)
[343.] CAPUT SECUNDUM. De Cohærentiâ Corporum abſolutà.
Page: 480 (466)
[344.] PROPOSITIO I.
Page: 481 (467)
[345.] PROPOSITIO II.
Page: 482 (468)
[346.] PROPOSITIO III.
Page: 482 (468)
[347.] PROPOSITIOIV.
Page: 482 (468)
[348.] PROPOSITIO V.
Page: 484 (470)
[349.] PROPOSITIO VI.
Page: 484 (470)
[350.] PROPOSITIO VII.
Page: 486 (472)
[351.] PROPOSITIO VIII.
Page: 486 (472)
[352.] PROPOSITIO IX.
Page: 488 (474)
[353.] PROPOSITIO X.
Page: 488 (474)
[354.] PROPOSITIO XI. Problema 1.
Page: 489 (475)
[355.] PROPOSITIO XII. Problema 2.
Page: 489 (475)
[356.] PROPOSITIO XIII.
Page: 490 (476)
[357.] PROPOSITIO XIV.
Page: 491 (477)
[358.] PROPOSITIO XV.
Page: 491 (477)
[359.] PROPOSITIO XVI.
Page: 492 (478)
[360.] PROPOSITIO XVII.
Page: 492 (478)
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page |< < (416) of 795 > >|
430416DISSERTATIO11
dam & Bergam ad Somum # 9440, 3, 2`.
Obſervatur angulus Q V R # 89 gr. 31`;.
Unde per Triangulorum doctrinam datis cruribus & \\ angulo ab ipſis comprehenſo dabitur baſis Q R diſtan- \\ tia inter Dordracum & Bergam ad Somum # 11725, 1`.
Et angulus V R Q # 53 gr. 37`;, 15``;.
Et angulus V Q R # 36 gr. 51`;, 45``;.
Problema XLI.
Triangulum V L Q Breda, Bommelia, Berga ad
Somum.
22
Per Problema XXXV datur latus V L diſtantia in- \\ ter Bredam & Bommeliam # 10945.
Per Problema XXXIX datur V Q diſtantia inter Bre- \\ dam & Bergam ad Somum # 9440, 3, 2.
Eſt angulus Q V L inter ambo crura # 159 gr. 37`;.
Angulus V L Q # 9 gr. 26`;.
Angulus V Q L # 10 gr. 57`;.
Unde datur diſtantia L Q inter Bommeliam & Bergam \\ ad Somum. # 20061, 3.
Problema XLII.
Triangulum E I ?, Leida, Harlemum, Alcmaria.
33
Per Problema XXV datur E I diſtantia inter Lei- \\ dam & Harlemum # 7053, 4, 8.
Per Problema XXIX datur I ? diſtantia inter Har- \\ lemum & Alcmariam # 7695, 4, 2.
Ex obſervatione ipſa angulus E I ? # 172. 27`;.
Quamobrem E ? diſtantia Alcmariæ & Leida dabi- \\ tur. # 14724.
Et angulus I E ? # 3 gr. 56`;, 15``;.
Et angulus E ? I # 3 gr. 36`;, 45``;.

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