Blackstone's Police Investigators' Mock Examination Paper 2024 helps you prepare for your NIE multiple-choice examination, with 80 exclusive questions taken from across the syllabus and fully referenced to the Blackstone's Police Investigators' Manual 2024. Split into two handy sections, the paper contains the mock exam booklet and answer sheet, and a second, sealed pack containing the answers and detailed marking matrix. Matching the only format of questions you will see in NIE examinations (Type A), the two hour time limit helps you gauge your revision progress and practise your exam technique. Once the exam is completed, the answers are provided with full explanations not only of the correct response but also with details of why the other responses were incorrect, and these are referenced back to the officially endorsed Blackstone's Police Investigators' Manual 2024. The paper tests you on all areas of the official syllabus found in the Manual and includes verification questions to simulate exact examination conditions. Updates for the 2024 syllabus include a full revision of question layout and over 20 new questions, covering key revisions to PACE Codes C, E, and F, and significant case law decisions. Blackstone's Police Investigators' Mock Examination Paper 2024 can offer a comprehensive and evidence-based assessment of your exam preparedness, and help you plan to avoid unnecessary pitfalls. This product is not endorsed by the College of Policing.

About the Author
Paul Connor Cert Ed LLB is a Police Training Consultant, teaching law to over 3,000 NIE candidates since 2002. He is the author of the Blackstone's Crime Manual and the Consultant Editor for the Blackstone's Police Manuals. He is the co-author of Blackstone's Police Investigators' Manual, Blackstone's Police Investigators' Workbook and is the author of the Blackstone's Sergeants' and Inspectors' Mock Examination Paper.


Book Information
ISBN 9780198891345
Author Paul Connor
Format Paperback
Page Count 96
Imprint Oxford University Press
Publisher Oxford University Press
Weight(grams) 388g
Dimensions(mm) 304mm * 210mm * 6mm