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domination number (UEGD number) and upper connected edge geodetic domination number (UCEGD number) of a graph is studied. An edge geodetic domination set (EGD set) S in a connected graph is minimal EGD set if no proper subset of S is an edge geodetic domination set. The maximum cardinality of all the minimal edge geodetic domination set is called UEGD number. An EGD set S in a connected graph is minimal CEGD set if no proper subset of S is a CEGD set. The maximum cardinality of all the minimal connected

Graph 6a (Substrate) – Represents a xy scatterplot with linear regression, which show the change in product concentration over the change in time at different substrate The data in the graph also gives the value of V0 at corresponding substrate concentration. Graph 6b (Substrate) – Represents a xy scatterplot depicting velocity of enzyme-catalyzed at multiple substrate concentrations. To find the concentration of the different absorbance in this experiment, a modified version of the Beer’s Law

Graph 2, illustrates the decrease of soil temperature along the transect line. As can be seen from Graph 2, the soil temperature decreases linearly. From Graph 2, it can be seen that at high tide, where the first quadrat was located, the temperature was 24.1°C. In addition, in Quadrat 2, 3 and 4 the soil temperature was 18.3 °C, 15.5 °C and 14.8 °C respectively. The soil temperature decreased, due to the slope of soil (closer to low tide), canopy cover and soil texture. The relationship between the

the other is where Boston is. Data was collected every 15 seconds for 8 minutes. The first graph below shows this data. San Carlos has a much larger temperature increase, reaching 34°C while Boston only reaches 28°C. Because the globe was tilted, much like the earth, San Carlos got more sunlight and heat, so it had a higher temperature. The last thing done was making a graph from given data. The second graph below shows colored lines that represent dates. In this case, the earlier in the year the

Colligative Properties & Osmotic Pressure Peter Jeschofnig, Ph.D. Version 42-0149-00-01 Lab RepoRt assistant This document is not meant to be a substitute for a formal laboratory report. The Lab Report Assistant is simply a summary of the experiment’s questions, diagrams if needed, and data tables that should be addressed in a formal lab report. The intent is to facilitate student’s writing of lab reports by

the frequency and magnitude graphs had little variation between the two. The frequency graph showed that visual, clinical, and statistical significance were reached since I was able to lower feeling stress under three times a day. Because the intervention was able to show visual, clinical, and statistical significance, this concludes that there was a decline in my stress levels because of the intervention and was effective when it came to frequency. The magnitude graph shows positive results for visual

The students were working on science fair projects for science, and many of the students needed to create a graph to add to their science fair backboard. This allowed me to teach a lesson that would become multidiscipline lesson combining math skills and scientific data analysis. The purpose of the graph was to display data collected during the student during their experiments. Initially, the students responded well to the lesson and were focused. I began the lesson by asking the students about

accept to receive the information again. While executing the algorithm the graph and degree of nodes must be constant. In case of dynamic networks, an evolving graph is introduced to study the behavior of graph and nodes. Fig. 1 Graph connected with rumors 1.1. Problem statement: To begin with the rumor spreading algorithm mainly concentrates the broadcasting of message that is the information should reach all nodes of a graph. Secondly it concerns about the completion time i.e., within how many

Graph 1 demonstrates the cost of generating 1 kWh of electricity from eight types of power generations. Producing power from solar energy is the most expensive. This is due to the fact that solar panels are highly priced, making solar energy generation the most costly. Following solar energy is petroleum, which is the most expensive fossil fuel energy to generate because it is laborious to pump. The cheapest to produce is natural gas; with the reason being that the technologies for drilling and cracking

sense because as the sapling grows up, it subsequently grows in diameter because it manufactures new cells around its circumference which increase the diameter at breast height in order to maintain and support the weight of the growing height. On the graph there appears to be some unusal feature’s where the height of the Sapling is approx 450cm however the DBH of just below 10cm is alot lower than the other saplings of the sample population that have a height of 450cm. It is possible that some sapling