Answer:
The twenty unfertilized plants could be described as the control group or the comparison group.
Explanation:
Generally, a control group is a group of subjects that is not exposed to the experimental treatment or intervention being studied. The purpose of a control group is to provide a baseline or comparison for the experimental group. The experimental group in this scenario would be the twenty plants that received fertilizer. The control group, the twenty unfertilized plants, serves as a reference point to assess the effect of the fertilizer on the growth of the plants. This allows the experimenter to determine if the fertilizer is the cause of any observed differences in plant growth between the two groups.
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1. In some sets of commercial drawings, the site
For
More
plans are called _________.
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a. civil drawings
b. commercial drawing
c. layout drawings
D elevation drawings
Answer:
c. layout drawings
Explanation:
A layout drawing in a set of commercial drawings refers to a type of architectural or engineering drawing that shows the overall arrangement of a building, site, or structure. For example, a layout drawing for a commercial building might include the building's footprint, location of walls, doors, and windows, as well as the arrangement of rooms, sidewalks, and parking areas. This type of drawing provides a comprehensive overview of the project, making it an essential reference for everyone involved in the design and construction process.
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16. Which are considered "severe driving" conditions?
Answer:
The problem with rain, sleet, or snow is that the roads become wet and slippery.
Explanation:
This makes it difficult for your tires to maintain traction when driving. Additionally, depending on how heavy it's raining or snowing, seeing the road can be tricky too.
What are some common employers of biomedical engineers
Hospitals, universities, research institutions, and manufacturers of diagnostic and medical instruments are some typical employers of biomedical engineers.
Biomedical engineers are experts who contribute to the creation of cutting-edge medical technology.
A strong academic background in a relevant field, such as physics, mechanical engineering, electrical engineering, or biomedical engineering, is necessary to become a biomedical engineer. For graduates who are not engineers, postgraduate degrees can be advantageous and may even be required for specific positions.