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John perfers Keith
JPK is Celtic jewelry maker
Con jabon
John Patrick Kelly goes by JPK.
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If you are talking about Joseph Patrick Kennedy, sr I would say about 5'11 as pictures of him and his son JFK and JPK indicate that JFK who was 6'0" is slightly taller than Joseph Sr. While Joseph Jr who was slighly taller than JFK was about 6'1" to maybe 6'1 1/2"
Do a log-log of your sample values (y-axis; e.g., sorption levels), and plot that against the x-axis (e.g., concentration in solution). This will linearize your model so that you can get a regression equation (excel will do this). Use this equation to find the y-intercept. The inverse log-log of your y-intercept gives you your Kf.for more help see:Wong JPK, Wong YS, Tam NFY. 2000. Nickel Biosorption by Two Chlorella Species, C. Vulgaris (a Commercial Algae) and C. Miniata (a Local Isolate). Bioresource Technology. 73:133-137
In the same way as an object that doesn't dissolve - by immersion in a liquid and collect the liquid it displaces (in, say, a 'eureka' can - a can that has a spout a short distance from the rim, between the rim and the base. Fill the can up to the spout and any liquid displaced by the object as it is inserted is collected from the spout.) Alternately, pour the liqu into a measuring cylinder, take the initial measurement, add the object and remeasure the liquid volume. The difference is the volume of the object. When you have the volume, measure the mass of the object on a balance and the density = mass divided by volume.... oh yes... and the liquid? well anything that the object will not dissolve in. As an example, if you wish to measure a large salt crystal, (that dissolves in water) why not use acohol or cooking oil? As long as the object is more dense than the liquid (so it sinks and displaces the liquid) then any suitable liquid would work. As alcohol and cooking oil are both less dense than water (and therefore less dense than salt) they would work fine. Put it in a very light thin film plastic bag first, ansuring there are no trapped air bubbles.