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Hands-on instruction

JMP. An introduction to JMP teaches reviewers how to use JMP to review electronic data. Users learn how to use a variety of JMP functions to analyze electronic data, with a specific focus on adverse event, laboratory, exposure, and efficacy data. Basic functions of summary tables, graphs, statistical tests, and the formula calculator are covered. The course is taught in the computer lab with hands-on instruction. Prior completion of the NEDAT course or familiarity with electronic data sets or both are recommended. Although primarily geared toward the clinical reviewer, the course provides useful instruction for reviewers of all disciplines. [Pg.41]

Poor worker knowledge, due to lack of training or ineffective training, is a major cause of work zone injuries, illnesses, and fatalities. For this reason, OSHA requires personnel to be trained before they can work in the work zone. If the operation of equipment is involved, ANSI recommends that this training be based on the manufacturer s manuals and that it includes hands-on instruction. [Pg.955]

Knowledge and skill Its subelements were lack of education, lack of experience, misunderstood directions, poor training, lack of job instructions, poor orientation, lack of awareness, inadequate practice, and lack of hands-on instructions. [Pg.86]

This clearly written, class-tested manual has long given students essential hands-on training with key experiments. Exceptionally compatible with Atkins/Jones, Chemical Principles, the manual is known for its clear instructions and illustrations. All experiments are available as lab separates. [Pg.22]

First, by indulging his passionate belief in science for the people, he gave students the kind of hands-on education in chemistry that he had wanted as a young man. Before Frankland, students everywhere learned science from books most never even entered a laboratory. Working tirelessly over a period of 15 years, Frankland gradually changed that and dramatically improved the state of science education in Britain. He compiled a list of 109 experiments that students needed to understand firsthand in order to pass his examinations. He wrote a textbook that became a standard for chemistry instruction, in part because it incorporated his ideas on valency and organic structures and his newly developed notation system. [Pg.50]

Training of emergency responders (firefighters, police, and emergency medical services) for responding to weapons of mass destruction should emphasize critical concepts for self-preservation and effective casualty management. Training should include both classroom instructions on basic concepts and principles, hands-on demonstrations of required skills, and drills to reinforce basic procedures. The recommended topics to be covered include ... [Pg.172]

To aid the analyst in providing necessary documentation, -forms were developed which prompted analysts to enter the needed information. One such form is illustrated in Figure 1. The top sections of the "Standards Preparation Sheet" shown in the figure direct the analyst to provide a wide range of information deemed essential for maintaining an adequate audit trail. In addition, the information in the upper right hand corner instructs the analyst on the proper distribution of the multiple copies of the form. [Pg.110]

The laboratory was cold and dark. It never used to be, but now it was. I went to the window and flung back the shutters one after another until the room was revealed in all its complicated vastness. Then I sank down on the window seat. Everything was wrong. The laboratory had been the hub of my universe, its wheels turned by fire and water, the instruction of our notebooks, the recording of our processes. I had indexed and labeled its contents myself because my father, fanatical about order and economy, depended on being able to put his hand on a book, a substance, a crucible the instant he needed it. And every instrument had to be maintained to a perfect level of utility scales balanced, chisels polished, irons scrubbed clear of rust, chemicals redated and replenished. Even while the hedges on our land were broken and our roses mildewed, our laboratory had remained airy, well oiled, constant. But now the room was furred by a kind of violent neglect. [Pg.71]

Scenario A highly renowned culinary school wants to appeal to future chefs who might not be able to afford going to school full time for two years. It develops a hybrid course that features online instruction for the first and third semesters, with hands-on semesters at the school in between. Prior to launch, the school runs a pilot to work out the kinks in their V-Chef course, and to gather initial customer feedback. [Pg.269]

The gully complementary nature of the base pairs in DNA means that each strand can act as a blueprint for the other. Assisted by the enzyme DNA polymerase, the DNA molecule can be unzipped and replicate itself exactly by the assemblage of new nucleotides from the cell s pool. This process is known as semiconservative replication because the two identical DNA molecules produced consist of one original and one new strand of DNA. DNA is able to replicate itself, which is essential to the process of cell division. As a result, an exact copy of the cell s genetic instructions can be handed on to the next generation of cells. [Pg.324]

Thin films of iPP can be prepared by pressing several PP pellets (e.g. commercial Ziegler Natta or metallocene iPP) between two sheets of thick aluminum foil in a hot press (T = 175°C pressure ca. 1-10 tons /or safety instructions please consult the hot press manual ) followed by isothermal crystallization as described in hands-on example 8. [Pg.116]

To meet the new undergraduate curriculum requirements at SFU, the Department of Chemistry recently altered a required second-year inorganic chemistry laboratory course to provide specific instruction in scientific writing. The weekly 4-h laboratory sessions remain, in the traditional way, the time for students to receive hands on experience with basic inorganic chemistry concepts and laboratory techniques. With the addition of weekly 1-h tutorials, detailed instruction could focus on the various aspects of writing typically associated with a laboratory science. Attendance at both the laboratory and tutorial sessions is mandatory. [Pg.154]

Because of the limited amount of knowledge publicly available, it is best to have the manufacturer supply an installation team. If impractical, the mraufactuier should be requested to provide detailed installation instructions, which must be strictly adhered to. The manufacturer should also be requested to supervise the installation, or at least provide thorough hands-on training to the installation supervisors. Traps mentioned above should be considered, and, where relevant, steps should be taken to avoid them. [Pg.272]

It s what you need to get started quickly, safely and with success. After that, how far you go in this wonderful pastime - or for some, a business - is up to you. Instruction in any reputable glassblowing studio would be a great way to build on what you learn here. Nothing succeeds like hands-on experience over a long period of time. A bit of artistic talent doesn t hurt either. [Pg.3]

Additionally, Lazarowitz and Tamir noted that there is little reference in all of these reviews to science instruction in the elementary school, even though hands-on experience is essential for meaningful learning at this level. They also noted that certain issues related to the student laboratory, such as separation or integration of content and process, have remained controversial in spite of the research reported. [Pg.76]

Fred Leavitt, Executive Director of CCR, and I were witness to the Operation Progress workshop s success. The workshop included experience with computers, lectures on teaching chemistry by Professor Crosby, and extensive hands on chemistry focusing on micro laboratory instruction and a fascinating laboratory built completely around materials that can be purchased in local grocery and hardware stores. This creative laboratory when used by students and teachers should not only promote an interest in chemistry but underline the pervasiveness of chemistry by connecting the laboratory directly to the real world. [Pg.11]


See other pages where Hands-on instruction is mentioned: [Pg.377]    [Pg.2]    [Pg.365]    [Pg.18]    [Pg.14]    [Pg.121]    [Pg.1428]    [Pg.148]    [Pg.49]    [Pg.305]    [Pg.377]    [Pg.2]    [Pg.365]    [Pg.18]    [Pg.14]    [Pg.121]    [Pg.1428]    [Pg.148]    [Pg.49]    [Pg.305]    [Pg.205]    [Pg.221]    [Pg.64]    [Pg.269]    [Pg.60]    [Pg.109]    [Pg.167]    [Pg.681]    [Pg.3793]    [Pg.23]    [Pg.183]    [Pg.289]    [Pg.299]    [Pg.223]    [Pg.1130]    [Pg.324]    [Pg.321]    [Pg.92]    [Pg.407]    [Pg.49]    [Pg.467]    [Pg.83]   
See also in sourсe #XX -- [ Pg.18 ]




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