Hamburger v. Cornell University

148 N.E. 539, 240 N.Y. 328, 42 A.L.R. 955, 1925 N.Y. LEXIS 738
CourtNew York Court of Appeals
DecidedJune 2, 1925
StatusPublished
Cited by43 cases

This text of 148 N.E. 539 (Hamburger v. Cornell University) is published on Counsel Stack Legal Research, covering New York Court of Appeals primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Hamburger v. Cornell University, 148 N.E. 539, 240 N.Y. 328, 42 A.L.R. 955, 1925 N.Y. LEXIS 738 (N.Y. 1925).

Opinion

Cardozo, J.

• Plaintiff was injured by the explosion of chemicals while a student in a chemical laboratory in Cornell University. She charges that the explosion was due to the negligence of professors and instructors, and to the incompetence as well as negligence of subordinate servants. The Appellate Division, reversing a judgment in her favor, has dismissed the complaint. The question to be determined is the extent of the defendant’s immunity as a charitable institution.

Students in the chemical laboratory were notified January 12, 1916, that they were to perform two experiments, one designated No. 84, the other No. 88. No. 84 involved the use of potassium chlorate and strontium nitrate. No. 88 involved the use of mercuric sulphide and calcium oxide or powdered lime. The first experiment was performed without accident, though plaintiff did not personally take part in it. In connection with the second, the accident occurred. There were supply tables in the laboratory, • on which it was the practice of the instructors to place the cheaper kinds of chemicals *332 that were to be made use of by the students in the program of the day. There was also an adjoining storeroom, where other chemicals, more expensive, were handed out .through a window. The plaintiff was informed by notice on the blackboard that the potassium chlorate for No. 84 and the calcium oxide for No. 88 were to be procured from the supply tables (of which there were several in the laboratory), and that the mercuric sulphide would be given out from the storeroom. She went to a supply table, and finding there a bottle labeled calcium oxide, she measured out the prescribed quantity and left it on her desk. This is her testimony, though the défendant rejects it, and insists that the contents of another bottle, labeled potassium chlorate, were taken by mistake. Both chemicals are white, though one is crystalline and the other not; and confusion would be easy if labels were disregarded. The next thing to be done was to get the mercuric sulphide. Plaintiff went to the window of the storeroom, and received what she described as a reddish-blaclc powder, which was handed to her through the window by a boy within. Ahead of her was another student, one Feuerstein, who received a similar portion. Both Feuerstein and plaintiff then went back to their desks. There is testimony by the instructors that many other students had already completed the experiment without accident. Plaintiff mixed the chemicals in a mortar, and poured some of the mixture into a glass tube which she sealed with the aid of an instructor who was standing by. When the tube with the mixture in it was placed over the flame of a Bunsen burner, an explosion followed. Plaintiff lost the use of an eye as á result of her injuries. While she was preparing for the experiment, Feuerstein, the student who was ahead of her at the storeroom, suffered slight injuries through an explosion at the other end of the laboratory. The professor in charge caused one of- his assistants to gather together the remnants of the chemicals at Feuerstein’s *333 desk and also at the plaintiff’s. In each instance the ingredients found upon analysis were mercuric sulphide and potassium chlorate instead of mercuric sulphide and calcium oxide. A bottle of black mercuric sulphide from which students had been supplied from the storeroom was also analyzed. It was pure except for a very faint trace of sodium, so small as to be harmless, and discoverable only as the result of chemical analysis. There had also been in use in the storeroom that day a bottle of red mercuric sulphide, which, however, was not analyzed, except as it may have been included in what was left upon the desks. The evidence is that there is no risk of explosion through the mixture and heating of mercuric sulphide and lime. Such a risk exists, however, when the lime is replaced by potassium chlorate, though even then there is need, it seems, of the addition of organic matter, such as dust or wood or paper. The potassium chlorate used was proved to be the commercial product, in which particles of organic matter can occasionally be found. The defendant’s explanation of the accident is that the plaintiff brought it about by talcing potassium chlorate from the supply tables when she ought to have taken lime. The plaintiff’s explanation is or seems to be that something other than mercuric sulphide was dispensed at the window of the storeroom.

We have yet to state the system or practice under which laboratory and storeroom were provided with supplies. Chemicals were bought from accredited manufacturers, and upon delivery at the university, with labels already on them, were placed in the main storeroom located in the basement. The storeroom clerk in charge of them, though not a trained chemist, had an experience of forty years. From this storeroom, supplies were sent, when called for, either to the laboratory, where teachers or students conducted their experiments, or to the secondary storeroom adjacent to the laboratory. This secondary storeroom was in charge of one Hagin, not *334 a chemist, who was assisted to some extent by his son, a boy of fifteen years. Distribution from the main storeroom to the secondary storeroom and the laboratory was in charge of a committee of instructors in the chemistry department, known as the re-agents committee. When the work of a day included experiments by the students, one or more of these instructors procured, in preparation for such experiments, the necessary chemicals. This they did personally. Neither the selection of the chemicals nor the transfer from the larger containers in the storeroom to the smaller cans or bottles was left to the storeroom clerks. Sometimes, when there was not time during one day for all the sections of a class to complete the experiments included in the schedule, the chemicals were left in their bottles or cans on the laboratory supply tables or in the secondary storeroom till the class met again. As a rule, the supplies were changed or replenished at the beginning of the day.

In preparation for experiments Nos. 84 and 88, an instructor went to the main storeroom, and took from the proper containers the requisite quantities of potassium chlorate and calcium oxide, which he transferred into bottles on the laboratory supply tables. His testimony is that in each instance the proper label was affixed. He also brought to the secondary storeroom a bottle or can of black mercuric sulphide. He poured out some of the contents upon a shelf, and indicated to Hagin the quantity to be placed upon slips of paper and handed to the.students as they made application at the window. Before the experiment was over, this supply was used up, and an additional supply, this time red in color, was procured from another instructor, a member of the committee. The testimony shows that mercuric sulphide may be red as well as black. No other chemical was dispensed at the window during the day for this experiment or for any other. There was thus no opportunity, it would seem, for error or confusipn on the part of Hagin *335 or his son in the handling of ingredients. All that the son did was to deliver to the students the slips of paper already prepared by the father under the directions of an instructor. With the work of preparation the boy had nothing to do.

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Bluebook (online)
148 N.E. 539, 240 N.Y. 328, 42 A.L.R. 955, 1925 N.Y. LEXIS 738, Counsel Stack Legal Research, https://law.counselstack.com/opinion/hamburger-v-cornell-university-ny-1925.