Annie Hutton Numbers
High Wycombe, England
BiographyAnnie Hutton Numbers was also known as Ann Hutton Numbers. Her father was Alexander Anderson Numbers (1864-1939), born in Dysart, Fife on 26 June 1864, who was a joiner and cabinetmaker. Her mother was Margaret Cousin (1870-1933), known as Maggie, born in Dunfermline, Fife and died 31 July 1933 in Edinburgh. Alexander and Maggie Numbers were married in Dunfermline in 1893. Annie Numbers had a younger sister Isabella Anderson Numbers (born 10 July 1898, died 14 February 1933 in Edinburgh). At the time of the 1901 census, the family was living at 24 Duncan Street, Mayfield, Edinburgh. In addition to her parents and sister, the 56-year old Helen Numbers, who was a cousin of Alexander, is living with them. By the time of the 1911 census two further siblings of Annie have been born, a brother Alexander Numbers, born 20 June 1906 and a sister Elizabeth "Lizzie" C Numbers born 11 January 1902.
Annie Numbers began her education at Mrs Steele's Private School in Upper Gray Street in Edinburgh. She then entered James Gillespie's School in 1904, spending three years at this primary school. In 1907 she began her secondary education at Edinburgh Ladies' College (Mary Erskine's). In the years 1911, 1912, 1913 and 1914 she sat Scottish Leaving Certificate examinations. Let us note the schools that her siblings attended (see ): Isabella Numbers attended the Edinburgh Institution, Elizabeth Numbers attended James Gillespie's Higher Grade Public School and then Edinburgh Ladies College, and Alexander Numbers attended George Watson's Boys' College.
After graduating from Edinburgh Ladies' College, Annie Numbers then went to Edinburgh University, beginning her studies in 1914 and graduating with the degrees of MA (Hons), Mathematics and Natural Philosophy, in 1918. She had been taught by Cargill Knott and Edmund Whittaker. After completing her undergraduate studies, Annie enrolled on a course of professional training, to become a Specially Qualified Teacher of Science in Intermediate and Secondary Schools.
After a brief spell teaching, she returned to her studies at the University of Edinburgh for a B.Sc. in Mathematics, and for a B.Sc. in Chemistry, graduating with these degrees in 1920. She was taught chemistry by James Walker (1863-1935), the Professor of Chemistry. While on the final stages of the B.Sc. courses, she was appointed as Assistant Lecturer and Demonstrator at the Department of Chemistry at Edinburgh University. Continuing on the staff of the University, Numbers undertook research towards the degree of Ph.D. At this time she was living with her parents at 6 Ventnor Terrace, Edinburgh. At the time when the Electoral Register was taken in 1924, her sisters Isabella and Elizabeth were also living in the same house. In fact it was later in that year, in December 1924, that the new chemistry buildings and laboratories, which had begun construction at King's Buildings in 1919, were officially opened :-
The new Department was a tribute to Walker's vision. The laboratories could accommodate 400 undergraduates and one of the main features, for which he was criticised at the time, was the extensive provision made for research workers; there were over 30 research rooms, the smaller rooms accommodating two workers and the larger three or four. Hitherto there had been little incentive for students to stay on after graduation but now that space was available and the research Degree of Ph.D. had been instituted, the number of postgraduates progressively increased.In 1926 Annie Numbers was awarded a Ph.D. for her thesis The influence of substituents on the optical rotatory power of compounds. The Isomeric Methoxy and Nitro-benzoic Esters of Active Secondary β-Octyl Alcohol. Her thesis advisor had been Harold Gordon Rule (1887-1943) who had studied at Munich for his doctorate (1913), then lectured in organic chemistry at the University of Edinburgh from 1915 until 1943.
Numbers' Ph.D. thesis contains this acknowledgement:-
The writer wishes to acknowledge her indebtedness to Dr H G Rule for his helpful suggestions and advice during the course of this work.The Introduction to the thesis begins as follows.
The relative changes in the rotatory power of a compound produced by the introduction of a number of different substituents have been comparatively little investigated until recent years. Much of the work carried out in this direction has been limited to the study of homologous series, as in the case of the menthyl esters of aliphatic acids examined by Tschugaeff, the corresponding amyl esters by Guye and Ghavanne (Comptes rendus 1895, 120, 152) and menthyl esters of carvoxime by Rupe and Wolfaleben (Annalen, 1912, 395, 136).She published two papers: (with Harold Gordon Rule) Optical activity and the polarity of substituent groups. Part IV. sec.-β-Octyl esters of o-, m-, and p-methoxy- and nitro-benzoic acids (1926); and (with Harold Gordon Rule, William Hay and T Ramsay Paterson) Optical activity and the polarity of substituent groups. Part VII. sec. 2 β-Octyl esters of o-, m-, and p-methoxy- and nitro-benzoic acids (1928). This second paper begins as follows:-
A great deal of systematic work of this nature has been accomplished by Pickard and Kenyon in connection with optically active secondary carbinols and their esters and ethers.
Two generalisations have emerged from these researches and others of similar type. In the first instance, it is now accepted that the introduction of a methyl group in place of hydrogen often produces a marked change in the rotatory power of the parent compound, but that the subsequent lengthening of the chain by the introduction of succeeding methylene groups produces less and less change in the rotation, until in many cases a constant value is finally attained.
In the second place, it is frequently observed that the curve representing the change undergone by the molecular rotation in a homologous series as the number of carbon atoms increases is broken by an inflexion corresponding to a maximum or minimum at or about the fifth, tenth and fifteenth carbon atoms in the chain, counting from the asymmetric atom. These effects have been explained by Frankland on the basis of Baeyer's strain theory as being due to the influence of the end of the chain as it returns upon itself in space.
In recent years a considerable amount of attention has been directed towards the influence of substituents on the physical and chemical behaviour of a parent compound. These researches have had to do with such diverse properties as benzene substitution, velocity of reaction, optical activity, dielectric constants, and physical state. As a result, it has been made abundantly clear that in nearly all these cases the main influence at work falls into one of two categories. The first and most commonly observed influence is that usually described as the 'general effect' of the substituent, which is regarded as being due to a general shift of the valency electrons away from an electropositive group ... and towards an electro-negative one ...John Edwin MacKenzie (1868-1955), Reader in chemistry at the University of Edinburgh, explained Annie Numbers' contributions to the Department of Chemistry at Edinburgh :-
Her work was characterised by method and efficiency. Her accurate knowledge and skilful manipulation combined with a flair for teaching made her an ideal instructress. ... With both staff and students Dr Numbers was persona grata.On 2 August 1929, Annie Numbers sailed from Glasgow to Montreal in Canada on the ship the Melita. Her occupation is described as "School Mistress". On 15 September 1929 she sailed from New York to Southampton on the S S Leviathan. Her occupation is described as "Teacher". On both journeys she gives her United Kingdom address as 6 Ventnor Terrace, Edinburgh.
Numbers left her post at the Department of Chemistry at the University of Edinburgh after 1930 to become a teacher in Ipswich and then in High Wycombe. By the time of the 1939 Register, she is living at Plomer Hill, High Wycombe, giving her occupation as "High School Teacher". She continued teaching in High Wycombe until she retired in 1965.
Annie Hutton Numbers joined the Edinburgh Mathematical Society in January 1917 when living at 16 West Savile Terrace, Edinburgh. She remained a member for around 16 years while she continued to work in Edinburgh. She died on 10 April 1988 when living at 3 Cedar Court, Totteridge Road, High Wycombe.
Finally, let us record two tributes to Numbers. Elma McMenemy published the book Bloody Scottish History. Aberdeen in 2014. The book had the following dedication:-
In memory of my Auntie Anne, Annie Hutton Numbers, MA, BSc, PhD, 1897-1988, one of the 'spinster generation'. Without her unfailing guidance and encouragement in my early life I would have achieved very little.The second tribute is the Annie Hutton Numbers Room named for her in Argyle House, 3 Lady Lawson Street, Edinburgh. This is recorded in  where the location of Argyle House is given.
- Alexander Numbers, Annie H Numbers, Elizabeth C numbers, Isabella A Numbers, School Leaving Certificate Exams, Old Scottish Genealogy & Family History.
- Annie Hutton Numbers (1897-1988). Chemist and teacher, Information Services, University of Edinburgh.
- Annie Hutton Numbers (1897-1988). Assistant Lecturer and Demonstrator, Department of Chemistry, Our History, University of Edinburgh.
- Annie Hutton Numbers Room, Mapping Memorial to Women in Scotland.
- Annie H Numbers, Scottish Leaving Certificate 1911-1912-1913-1914, School Leaving Certificate Exams, Old Scottish Genealogy & Family History.
- Biographical Index of Staff and Alumni (University of Edinburgh).
- Graduates in Arts, 1884-1925 (University of Edinburgh).
- James Walker, School of Chemistry, University of Edinburgh.
- Papers of Annie Hutton Numbers (1897-1988), Archives Hub.
Written by J J O'Connor and E F Robertson
Last Update December 2012
Last Update December 2012