_________ Studies Can Map Disease _____ with a Resolution of About 1 Centimorgan

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M. luteus ~0.8 micron Arrangement in tetrad (arrows) and irregular cluster 10 um

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Using my data can you help me please to calculate size of each cell under high power?

Please answer the question along with the reason  I'll definitely give a like

Figure 1. Ultraviolet Radiation Index across the World.  The colors on this map of the world represent Ultraviolet (UV) Index values on a particular day in September 2015. The UV Index is a standardized scale of UV radiation intensity running from 0 (least intense) to 18 (most intense). The y-axis values are degrees of latitude, which range from the equator (0°) to the poles (90° north and −90° south). The x-axis values are degrees of longitude, which range from the prime meridian (0°) to the antemeridian (180° east and −180° west). (Source: European Space Agency,http://www.temis.nl/uvradiati on/UVindex.html.)   I. Examine Figure 1 above and answer Questions 1–6.   1. Describe the relationship between the UV Index (the colored bar in Figure 1) and latitude (y-axis).         2. How do you explain the relationship between the UV Index and latitude? (In other words, why does UV intensity change with latitude?)         3. Find your approximate location on the map. What is the primary UV…

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The above photograph (IMAGE ATTACHED) of a cheek smear was obtained using the high-power objective of a compound microscope. What is the size of the circled cheek cell in millimeters AND nanometers?

move the images of bacterial cells into the chart to illustrate the color of gram-positive and gram negative cells after each step of Gram stain process