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  1. Examine the data table, which shows data for quadrat #18. (image of data table) Compare the data you recorded in Table A of your Student Guide with Table A from quadrat #18 in the control group. Remember that the control group contains the quadrats without compost.
  2. Nov 7, 2023To compare your data with quadrat #18, take note of the number of blades and average height of grass in your quadrat and compare these to the figures from quadrat #18. Remember, the control group, quadrat #18, did not have the influence of compost. Your comparison reveals differences that manifest due to the usage or non-usage of compost.
  3. To solve the question, we need to compare two sets of data: the plant data from quadrat #18 and your own quadrat data. Specifically, we're interested in the number of sunflower and birch tree sprouts in each quadrat. 1. Understanding Quadrat #18: - The table shows that quadrat #18 has: - 5 sunflower sprouts - 2 birch tree sprouts 2.
  4. gauthmath.com

    Examine the data table, which shows data for quadrat Compare the data you recorded in Table A of your #18. Student Guide with Table A from quadrat # 18 in the ontrol group. Remember that the control group ontains the quadrats without compost. he number of blades in your quadrat is the number of blades in quadrat # 18.
  5. Examine the data table, which shows data for quadrat #18. Table Compare the data you recorded in Table C of your Student Guide with Table C from quadrat #18 in the control group. The total number of sunflower and birch sprouts in your quadrat is _____ the total number of sunflower and birch sprouts in quadrat #18. A) More than B) The same C ...
  6. gauthmath.com

    Jacquanna Pitts #18. Examine the data table, which showCompare the data you recorded in Table D of your control group. Student Guide with Table D from quadrat #18 in the The average height of the sunflower sprouts in your quadrat is the average eight of the sunflower sprouts in quadrat #18.
  7. rainforests.fsnaturelive.org

    quadrat. This total is the estimated number of grass plants in the quadrat. a. NUMBER OF GRASS PLANTS IN 2-INCH SQUARE b. X NUMBER OF 2-INCH SQUARES IN QUADRAT c. ESTIMATED NUMBER OF GRASS PLANTS IN QUADRAT 11. How many grass plants are in your whole plot? To find out, multiply again: ESTIMATED NUMBER OF GRASS PLANTS IN QUADRAT X NUMBER OF ...
  8. gauthmath.com

    Step 4: Make Initial Observations Compare the data you recorded in Table A of your Examine the data table, which shows data for quadrat Student Guide with Table A from quadrat # 18 in the control group. Remember that the control group contains the quadrats without compost. The number of blades in your quadrat is the number of blades in quadrat ...
  9. coursehero.com

    Type of Plant Day 1 End of Week 3 Grass 90 78 Sunflower 0 5 Birch Tree 0 2 Other/Unk nown 0 1 Table D: Average Height over Time for Quadrat # __18 _ (cm) Calculate the average height of the plants in your quadrat at the end of each week by adding up the individual plant heights and then dividing by the total number of plants of that type.
  10. Identify the Data for Quadrat #18: - From the data table for quadrat #18, we know that by the end of Week 3: - There are 5 sunflower sprouts. - There are 2 birch tree sprouts. 2. Calculate Total Sunflower and Birch Sprouts in Quadrat #18: - Add the number of sunflower sprouts to the number of birch tree sprouts in quadrat #18: - 3.

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