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A) Provide a simple illustration of the design of your control experiment. Recall, the results of the "control" experiment provides a baseline to which you compare the results of your "treatment" experiment. Use the insert image button to upload a single image of your control experiment. Only a single image may be uploaded. Begin your experimental design with something similar to the diagram below. In this diagram the circles correspond to individual cells belonging to either clone A or clone B. The cells in clone A are all genetically identical but unrelated to the cells in clone B. Likewise, the cells in clone B are all genetically identical but unrelated to the cells in clone A. The last step of your experimental design should be to starve the cells so they aggregate and then analyze the aggregates in the manner you give. Clone A Clone B B) Provide a simple illustration of the design of your treatment experiment. Only a single image may be uploaded. Provide a simple illustration of the design of your control experiment. Recall, the results of the "control" experiment provides a baseline to which you compare the results of your "treatment" experiment. Use the insert image button to upload a single image of your control experiment. Only a single image may be uploaded. Begin your experimental design with something similar to the diagram below. In this diagram the circles correspond to individual cells belonging to either clone A or clone B. The cells in clone A are all genetically identical but unrelated to the cells in clone B. Likewise, the cells in clone B are all genetically identical but unrelated to the cells in clone A. The last step of your experimental design should be to starve the cells so they aggregate and then analyze the aggregates in the manner you give. Clone A Clone B

A) Provide a simple illustration of the design of your control experiment. Recall, the results of the "control" experiment provides a baseline to which you compare the results of your "treatment" experiment. Use the insert image button to upload a single image of your control experiment. Only a single image may be uploaded. Begin your experimental design with something similar to the diagram below. In this diagram the circles correspond to individual cells belonging to either clone A or clone B. The cells in clone A are all genetically identical but unrelated to the cells in clone B. Likewise, the cells in clone B are all genetically identical but unrelated to the cells in clone A. The last step of your experimental design should be to starve the cells so they aggregate and then analyze the aggregates in the manner you give. Clone A Clone B B) Provide a simple illustration of the design of your treatment experiment. Only a single image may be uploaded. Provide a simple illustration of the design of your control experiment. Recall, the results of the "control" experiment provides a baseline to which you compare the results of your "treatment" experiment. Use the insert image button to upload a single image of your control experiment. Only a single image may be uploaded. Begin your experimental design with something similar to the diagram below. In this diagram the circles correspond to individual cells belonging to either clone A or clone B. The cells in clone A are all genetically identical but unrelated to the cells in clone B. Likewise, the cells in clone B are all genetically identical but unrelated to the cells in clone A. The last step of your experimental design should be to starve the cells so they aggregate and then analyze the aggregates in the manner you give. Clone A Clone B

Applications and Investigations in Earth Science (9th Edition)
Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
Section: Chapter Questions
Problem 1LR
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A) Provide a simple illustration of the design of your control experiment. Recall, the results of the "control" experiment provides a baseline to which you compare the results of your "treatment" experiment. Use the insert image button to upload a single image of your control experiment. Only a single image may be uploaded. Begin your experimental design with something similar to the diagram below. In this diagram the circles correspond to individual cells belonging to either clone A or clone B. The cells in clone A are all genetically identical but unrelated to the cells in clone B. Likewise, the cells in clone B are all genetically identical but unrelated to the cells in clone A. The last step of your experimental design should be to starve the cells so they aggregate and then analyze the aggregates in the manner you give. Clone A Clone B B) Provide a simple illustration of the design of your treatment experiment. Only a single image may be uploaded. Provide a simple illustration of the design of your control experiment. Recall, the results of the "control" experiment provides a baseline to which you compare the results of your "treatment" experiment. Use the insert image button to upload a single image of your control experiment. Only a single image may be uploaded. Begin your experimental design with something similar to the diagram below. In this diagram the circles correspond to individual cells belonging to either clone A or clone B. The cells in clone A are all genetically identical but unrelated to the cells in clone B. Likewise, the cells in clone B are all genetically identical but unrelated to the cells in clone A. The last step of your experimental design should be to starve the cells so they aggregate and then analyze the aggregates in the manner you give. Clone A Clone B
Transcribed Image Text:A) Provide a simple illustration of the design of your control experiment. Recall, the results of the "control" experiment provides a baseline to which you compare the results of your "treatment" experiment. Use the insert image button to upload a single image of your control experiment. Only a single image may be uploaded. Begin your experimental design with something similar to the diagram below. In this diagram the circles correspond to individual cells belonging to either clone A or clone B. The cells in clone A are all genetically identical but unrelated to the cells in clone B. Likewise, the cells in clone B are all genetically identical but unrelated to the cells in clone A. The last step of your experimental design should be to starve the cells so they aggregate and then analyze the aggregates in the manner you give. Clone A Clone B B) Provide a simple illustration of the design of your treatment experiment. Only a single image may be uploaded. Provide a simple illustration of the design of your control experiment. Recall, the results of the "control" experiment provides a baseline to which you compare the results of your "treatment" experiment. Use the insert image button to upload a single image of your control experiment. Only a single image may be uploaded. Begin your experimental design with something similar to the diagram below. In this diagram the circles correspond to individual cells belonging to either clone A or clone B. The cells in clone A are all genetically identical but unrelated to the cells in clone B. Likewise, the cells in clone B are all genetically identical but unrelated to the cells in clone A. The last step of your experimental design should be to starve the cells so they aggregate and then analyze the aggregates in the manner you give. Clone A Clone B
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