Table 1 Surface area Rate/area Adjusted rate Test Slope (kPa/s) (cm2) (kPa/s/cm2) (kPa/s/cm2) Experimental ______________ Control Table 2 Class data Adjusted rate Test (kPa/s/cm2) Light Humidity Wind Temperature 1. How was the rate of transpiration affected in each of the experimental situations as compared to the control? 2. Which variable resulted in the greatest rate of water loss? Explain why this factor might increase water loss when compared to the others. 3. What adaptations enable plants to increase or decrease loss? How might each affect transpiration? 1. a compound microscope, identify the vascular tissues of a plant stem. Describe the function of each tissue type identified.
Table 1 Test Slope (kPa/s) Surface area (cm2) Rate/area (kPa/s/cm2) Adjusted rate (kPa/s/cm2) Experimental ______________ Control Table 2 Class data Test Adjusted rate (kPa/s/cm2) Light Humidity Wind Temperature 1. How was the rate of transpiration affected in each of the experimental situations as compared to the control? 2. Which variable resulted in the greatest rate of water loss? Explain why this factor might increase water loss when compared to the others. 3. What adaptations enable plants to increase or decrease loss? How might each affect transpiration? 1. a compound microscope, identify the vascular tissues of a plant stem. Describe the function of each tissue type identified.
Biol%20213%20-%20Transpiration%20with%20LabQuest.docx