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COLLECTION Identifier: HUC 8782.514

Mathematical theses, 1782-1839.

Projection of a Solar Eclipse, April 12, 1782, for the Meridian of Cambridge, Lat. 42° 25′ N.; Long. 4h 44′ W. Richard Codman Digital

Projection of a Solar Eclipse, April 12, 1782, for the Meridian of Cambridge, Lat. 42° 25′ N.; Long. 4h 44′ W. Richard Codman Digital Object
Projection of a Solar Eclipse, April 12, 1782, for the Meridian of Cambridge, Lat. 42° 25′ N.; Long. 4h 44′ W. Richard Codman Digital Object

The Projection of a Lunar Eclipse for September 10th, 1783, calculated for the Meridian of Boston, New England. Barnabas Hedge, Jun. Digital

The Projection of a Lunar Eclipse for September 10th, 1783, calculated for the Meridian of Boston, New England. Barnabas Hedge, Jun. Digital Object
The Projection of a Lunar Eclipse for September 10th, 1783, calculated for the Meridian of Boston, New England. Barnabas Hedge, Jun. Digital Object

Delineation of the Phaenomena at the time of the Conjunction of Jupiter and Saturn, 1782. Cambridge, Long. 4h 44′ 22″ W. W. King Digital

Delineation of the Phaenomena at the time of the Conjunction of Jupiter and Saturn, 1782. Cambridge, Long. 4h 44′ 22″ W. W. King Digital Object
Delineation of the Phaenomena at the time of the Conjunction of Jupiter and Saturn, 1782. Cambridge, Long. 4h 44′ 22″ W. W. King Digital Object

The Transit Mercury over the sun, Nov. the 12th, 1782, delineated for the Meridian of Cambridge, N.E., Long. 4h 44′ W. from Greenwich. W. King Digital

The Transit Mercury over the sun, Nov. the 12th, 1782, delineated for the Meridian of Cambridge, N.E., Long. 4h 44′ W. from Greenwich. W. King Digital Object
The Transit Mercury over the sun, Nov. the 12th, 1782, delineated for the Meridian of Cambridge, N.E., Long. 4h 44′ W. from Greenwich. W. King Digital Object

A Projection of a Lunar Eclipse calculated for the Meridian of Cambridge, N. Lat. 42° 25′; W. Long. 70°. Tobias Lear April 9, 1783 Digital

A Projection of a Lunar Eclipse calculated for the Meridian of Cambridge, N. Lat. 42° 25′; W. Long. 70°. Tobias Lear April 9, 1783 Digital Object
A Projection of a Lunar Eclipse calculated for the Meridian of Cambridge, N. Lat. 42° 25′; W. Long. 70°. Tobias Lear April 9, 1783 Digital Object

The Projection of the Lunar Eclipse for Sept. 10, 1783, calculated for the Meridian of Boston, N. England. April, 1783 Digital

The Projection of the Lunar Eclipse for Sept. 10, 1783, calculated for the Meridian of Boston, N. England. April, 1783 Digital Object
The Projection of the Lunar Eclipse for Sept. 10, 1783, calculated for the Meridian of Boston, N. England. April, 1783 Digital Object

Projection of a Lunar Eclipse, September the 10th, 1783, calculated for the Meridian of Boston, Long. West from Greenwich 4 h 44′. William Prescott Digital

Projection of a Lunar Eclipse, September the 10th, 1783, calculated for the Meridian of Boston, Long. West from Greenwich 4 h 44′. William Prescott Digital Object
Projection of a Lunar Eclipse, September the 10th, 1783, calculated for the Meridian of Boston, Long. West from Greenwich 4 h 44′. William Prescott Digital Object

An Accurate Survey of Cambridge Common containing 20 acres, 0 R. 3 P. D. 55460, taken by E. H. Williams Sept. 1782. Digital

An Accurate Survey of Cambridge Common containing 20 acres, 0 R. 3 P. D. 55460, taken by E. H. Williams Sept. 1782. Digital Object
An Accurate Survey of Cambridge Common containing 20 acres, 0 R. 3 P. D. 55460, taken by E. H. Williams Sept. 1782. Digital Object

The Stereographic Projection of the Sphere on the Plane of the Horizon of Cambridge, Lat. 42° 23′ 30″. Charles Coffin Digital

The Stereographic Projection of the Sphere on the Plane of the Horizon of Cambridge, Lat. 42° 23′ 30″. Charles Coffin Digital Object
The Stereographic Projection of the Sphere on the Plane of the Horizon of Cambridge, Lat. 42° 23′ 30″. Charles Coffin Digital Object

Mathematical Problems and their Solutions. [Four Problems] Thomas Chandler Digital

Mathematical Problems and their Solutions. [Four Problems] Thomas Chandler Digital Object
Mathematical Problems and their Solutions. [Four Problems] Thomas Chandler Digital Object

A Geometrical Projection of a Solar Eclipse, Aug. 15, 1836. Caleb Child June ye 15th, 1787. Digital

A Geometrical Projection of a Solar Eclipse, Aug. 15, 1836. Caleb Child June ye 15th, 1787. Digital Object
A Geometrical Projection of a Solar Eclipse, Aug. 15, 1836. Caleb Child June ye 15th, 1787. Digital Object

Projection of a Solar Eclipse, April ye 23rd, 1781. Oliver Fiske Digital

Projection of a Solar Eclipse, April ye 23rd, 1781. Oliver Fiske Digital Object
Projection of a Solar Eclipse, April ye 23rd, 1781. Oliver Fiske Digital Object

Geometry and Surveying. [Three Problems] Nathanael Laurence Digital

Geometry and Surveying. [Three Problems] Nathanael Laurence Digital Object
Geometry and Surveying. [Three Problems] Nathanael Laurence Digital Object

Algebraic Problems [two] with Surveying by Gunter's Chain a Plot of ground formerly the property of the late Dr. Appleton [3 acres], and Surveying by the M[agnet]ic Needle a Plan of the Play Yard [1 acre]. Eben Learned Nov. 23, 1786. Digital

Algebraic Problems [two] with Surveying by Gunter's Chain a Plot of ground formerly the property of the late Dr. Appleton [3 acres], and Surveying by the M[agnet]ic Needle a Plan of the Play Yard [1 acre]. Eben Learned Nov. 23, 1786. Digital Object
Algebraic Problems [two] with Surveying by Gunter's Chain a Plot of ground formerly the property of the late Dr. Appleton [3 acres], and Surveying by the M[agnet]ic Needle a Plan of the Play Yard [1 acre]. Eben Learned Nov. 23, 1786. Digital Object

An Eclipse of ye Moon, Jan. ye 3rd, 1787. Moses Little Digital

An Eclipse of ye Moon, Jan. ye 3rd, 1787. Moses Little Digital Object
An Eclipse of ye Moon, Jan. ye 3rd, 1787. Moses Little Digital Object

Mathematical Problems and their solutions. [Four Problems.] Daniel Mayo Digital

Mathematical Problems and their solutions. [Four Problems.] Daniel Mayo Digital Object
Mathematical Problems and their solutions. [Four Problems.] Daniel Mayo Digital Object

A Plot of the Common [in Cambridge]. Contents 16A. 3 R. 2 P. Hezekiah Packard. Digital

A Plot of the Common [in Cambridge]. Contents 16A. 3 R. 2 P. Hezekiah Packard. Digital Object
A Plot of the Common [in Cambridge]. Contents 16A. 3 R. 2 P. Hezekiah Packard. Digital Object

Mathematical Problems and their Solutions. [Three Problems.] Nathaniel S. Prentiss Digital

Mathematical Problems and their Solutions. [Three Problems.] Nathaniel S. Prentiss Digital Object
Mathematical Problems and their Solutions. [Three Problems.] Nathaniel S. Prentiss Digital Object

Some Problems in Conic Sections. Samuel Willard Nov. 29, 1786 Digital

Some Problems in Conic Sections. Samuel Willard Nov. 29, 1786 Digital Object
Some Problems in Conic Sections. Samuel Willard Nov. 29, 1786 Digital Object

Algebraic Problems [four]. Samuel Willard Digital

Algebraic Problems [four]. Samuel Willard Digital Object
Algebraic Problems [four]. Samuel Willard Digital Object

The Projection of a Lunar Eclipse for April, 1798, calculated for the Meridian of Boston. John D. Dunbar Digital

The Projection of a Lunar Eclipse for April, 1798, calculated for the Meridian of Boston. John D. Dunbar Digital Object
The Projection of a Lunar Eclipse for April, 1798, calculated for the Meridian of Boston. John D. Dunbar Digital Object

Solar Eclipse for the year of our Lord, 1797, calculated for the Meridian of Greenwich. Benjamin Haskell Digital

Solar Eclipse for the year of our Lord, 1797, calculated for the Meridian of Greenwich. Benjamin Haskell Digital Object
Solar Eclipse for the year of our Lord, 1797, calculated for the Meridian of Greenwich. Benjamin Haskell Digital Object

Projection of a Solar Eclipse for April ye 3rd, A.D. 1791. Levi Lincoln Digital

Projection of a Solar Eclipse for April ye 3rd, A.D. 1791. Levi Lincoln Digital Object
Projection of a Solar Eclipse for April ye 3rd, A.D. 1791. Levi Lincoln Digital Object

Projection of a Solar Eclipse, calculated for Boston Meridian, Sept. 5th, A.D. 1793. Bezer Snell Digital

Projection of a Solar Eclipse, calculated for Boston Meridian, Sept. 5th, A.D. 1793. Bezer Snell Digital Object
Projection of a Solar Eclipse, calculated for Boston Meridian, Sept. 5th, A.D. 1793. Bezer Snell Digital Object

Algebraic Problem. Bezer Snell June 8th, 1789 Digital

Algebraic Problem. Bezer Snell June 8th, 1789 Digital Object
Algebraic Problem. Bezer Snell June 8th, 1789 Digital Object