(cellular respiration/photosynthesis) (gain/lose) 8. Think again about the expected change in biomass for each batch of seeds in the three different growing conditions. Based on your answers to questions 3-7, predict the biomass after 10 days in each growing condition. (Remember that each batch of seeds had ~1.5 g of biomass.) Explain your reasons for predicting decrease, increase or no change in biomass. Growing Predicted Reason for Decrease, Increase or No Observed Condition Biomass Change in Biomass Biomass (question 9) __< 1.5 g Light, __ 1.5 g _____ g no water __ > 1.5 g __< 1.5 g Light, __ 1.5 g _____ g water __ > 1.5 g __< 1.5 g No light, __ 1.5 g _____ g water __ > 1.5 g 9. Your teacher will distribute a page with the results of the experiment. Enter the observed results in the table. If any results differ from your predictions, explain the biological reasons for the observed results.
(cellular respiration/photosynthesis) (gain/lose) 8. Think again about the expected change in biomass for each batch of seeds in the three different growing conditions. Based on your answers to questions 3-7, predict the biomass after 10 days in each growing condition. (Remember that each batch of seeds had ~1.5 g of biomass.) Explain your reasons for predicting decrease, increase or no change in biomass. Growing Condition Predicted Biomass Reason for Decrease, Increase or No Change in Biomass Observed Biomass (question 9) Light, no water __< 1.5 g __ 1.5 g __ > 1.5 g _____ g Light, water __< 1.5 g __ 1.5 g __ > 1.5 g _____ g No light, water __< 1.5 g __ 1.5 g __ > 1.5 g _____ g 9. Your teacher will distribute a page with the results of the experiment. Enter the observed results in the table. If any results differ from your predictions, explain the biological reasons for the observed results.