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BD A mycorrhiza is a mutualistic relationship between fungal hyphae and the roots of true plants. The fungal hyphae increase the

BD A mycorrhiza is a mutualistic relationship between fungal hyphae and the roots of true plants. The fungal hyphae increase the absorptive surface area of the roots of the plant by alding in the absorption of water, phosphorus, and other mineral ions from the soil to the roots of the plant. The plant is photosynthetic and provides the tungus with carbohydrates. An experiment was conducted to determine the effect of mycorrhizal associations on plant growth. Two groups of plants were grown One group was planted in soil that had been sterilized. The other group was planted in the same type of soil, but the soil had not been sterilized. All other factors remained the same between the two groups. The plants were allowed to grow for 8 weeks. Each week, the height in centimeters) of each plant was measured. The picture below shows the plants after a weeks of growth The data table provides quantitative data on the growth of the plants over the 8-week period PG Prensis wered 1 3 Plast Grow Nostri Sall 20 115 Den . 23 + 7 Question 29 10 pts Using the information provided in the above scenario, make a graph Visually representing the collected data. REMEMBER TO: Select an . appropriate graph, Title your graph, , , Label the X and Yaxes. Scale the graph properly, and Provide a key if needed You may use the graphing square provided here or your own paper When completed either upload the file or take a picture and upload it Grash Papers Upload Choose a File Question 30 2 pts In referring to the above scenario what is the independent variable? A mutualistic relationship between fungal hyphae and the roots Type of soil plants are grown in Container in which the plants are grown Height of the plants Question 31 4 pts Read the introduction and provide an explanation for why one group of plants grew better than the other group of plants 12pt Paragraph BI O words p Question 32 2 pts Does this experiment indicate that mycorrhizae are necessary for the proper growth of plants? NO Yes

BD A mycorrhiza is a mutualistic relationship between fungal hyphae and the roots of true plants. The fungal hyphae increase the absorptive surface area of the roots of the plant by alding in the absorption of water, phosphorus, and other mineral ions from the soil to the roots of the plant. The plant is photosynthetic and provides the tungus with carbohydrates. An experiment was conducted to determine the effect of mycorrhizal associations on plant growth. Two groups of plants were grown One group was planted in soil that had been sterilized. The other group was planted in the same type of soil, but the soil had not been sterilized. All other factors remained the same between the two groups. The plants were allowed to grow for 8 weeks. Each week, the height in centimeters) of each plant was measured. The picture below shows the plants after a weeks of growth The data table provides quantitative data on the growth of the plants over the 8-week period PG Prensis wered 1 3 Plast Grow Nostri Sall 20 115 Den . 23 + 7 Question 29 10 pts Using the information provided in the above scenario, make a graph Visually representing the collected data. REMEMBER TO: Select an . appropriate graph, Title your graph, , , Label the X and Yaxes. Scale the graph properly, and Provide a key if needed You may use the graphing square provided here or your own paper When completed either upload the file or take a picture and upload it Grash Papers Upload Choose a File Question 30 2 pts In referring to the above scenario what is the independent variable? A mutualistic relationship between fungal hyphae and the roots Type of soil plants are grown in Container in which the plants are grown Height of the plants Question 31 4 pts Read the introduction and provide an explanation for why one group of plants grew better than the other group of plants 12pt Paragraph BI O words p Question 32 2 pts Does this experiment indicate that mycorrhizae are necessary for the proper growth of plants? NO Yes

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