TY - GEN CY - London : DA - [1776] ID - 666289 KW - Forgery LK - https://univsouthin.idm.oclc.org/login?url=http://find.gale.com/ecco/infomark.do?contentSet=ECCOArticles&docType=ECCOArticles&bookId=1393500400&type=getFullCitation&tabID=T001&prodId=ECCO&docLevel=TEXT_GRAPHICS&version=1.0&source=library&userGroupName=usi N1 - 'The genuine trial of Mrs. Marg. Caroline Rudd' has a separate titlepage, pagination and register. N1 - The bookseller's name is fictitious. N1 - Price on title page: (Price Six-Pence.) N1 - Reproduction of original from British Library. PB - Printed for F. Foresight, near Temple Bar, PP - London : PY - [1776] T1 - The Life, trials and dying words of the two unfortunate twin brothers, Robert and Daniel Perreau,Who was executed on Wednesday, January 17th, 1776, at Tyburn; the former for uttering as true a forged bond for 3500l. With intent to defraud Messrs. Drummond, and the letter for uttering a bond for 3500l. with intent to defraud Dr. Brooks; with several other forgeries to a great amount. To which is added, the genuine life, and trial of Mrs. Marg. Caroline Rudd, whose trial lasted near 12 hours, at the Sessions House in the Old Bailey, when she was honour ably acquitted. TI - The Life, trials and dying words of the two unfortunate twin brothers, Robert and Daniel Perreau,Who was executed on Wednesday, January 17th, 1776, at Tyburn; the former for uttering as true a forged bond for 3500l. With intent to defraud Messrs. Drummond, and the letter for uttering a bond for 3500l. with intent to defraud Dr. Brooks; with several other forgeries to a great amount. To which is added, the genuine life, and trial of Mrs. Marg. Caroline Rudd, whose trial lasted near 12 hours, at the Sessions House in the Old Bailey, when she was honour ably acquitted. UR - https://univsouthin.idm.oclc.org/login?url=http://find.gale.com/ecco/infomark.do?contentSet=ECCOArticles&docType=ECCOArticles&bookId=1393500400&type=getFullCitation&tabID=T001&prodId=ECCO&docLevel=TEXT_GRAPHICS&version=1.0&source=library&userGroupName=usi ER -