TY - GEN AU - Jacob, Giles, CY - [London] : DA - MDCCXXVI. [1726] ID - 540653 KW - Common law LK - https://univsouthin.idm.oclc.org/login?url=http://find.gale.com/ecco/infomark.do?contentSet=ECCOArticles&docType=ECCOArticles&bookId=0119103500&type=getFullCitation&tabID=T001&prodId=ECCO&docLevel=TEXT_GRAPHICS&version=1.0&source=library&userGroupName=usi N1 - The dedication signed: Giles Jacob. N1 - Reproduction of original from British Library. PB - In the Savoy: printed by E. and R. Nutt, and R. Gosling, (assigns of Edw. Sayer, Esq;) for W. Mears and T. Corbett without Temple Bar, and J. Hooke against St. Dunstan's Church in Fleet-Street, PP - [London] : PY - MDCCXXVI. [1726] T1 - The common law common-placedcontaining, the substance and effect of all the common law cases dispersed in the Body of the Law, collected as well from abridgments as reports, in a perfect new method. Wherein likewise The Terms of the Law, and the most considerable Writs and Processes, are concisely treated of, under their proper Titles. With an abstract of statutes, relating to the general Heads thereof, and exact References throughout. The Whole compleated So as to be useful to Counsellors, Attorneys, Students of the Law, and other Gentlemen. TI - The common law common-placedcontaining, the substance and effect of all the common law cases dispersed in the Body of the Law, collected as well from abridgments as reports, in a perfect new method. Wherein likewise The Terms of the Law, and the most considerable Writs and Processes, are concisely treated of, under their proper Titles. With an abstract of statutes, relating to the general Heads thereof, and exact References throughout. The Whole compleated So as to be useful to Counsellors, Attorneys, Students of the Law, and other Gentlemen. UR - https://univsouthin.idm.oclc.org/login?url=http://find.gale.com/ecco/infomark.do?contentSet=ECCOArticles&docType=ECCOArticles&bookId=0119103500&type=getFullCitation&tabID=T001&prodId=ECCO&docLevel=TEXT_GRAPHICS&version=1.0&source=library&userGroupName=usi ER -