Under controlled conditions, a transpiration experiment was conducted using two differentplant species, A and B. Each plant species was exposed to a low-humidity environment anda high-humidity environment with all other conditions kept the same. The transpirationrate was measured over a period of one hour. The data was graphed as shown below.ABtranspiration rate (pl/cm²min)с0.20.180.160.140.120.10.080.06A bar graph of the transpiration rates of two plants under different humid conditionsD0.040.02low humidity40%In order to see the effect the change in humidity had on the transpiration rate, what would be a proper control to add to the study?high humidity80%running the same experiment multiple times to collect additional dataadding more water to the original plants and running the experiment againgrow another set of plants at normal humiditygrowing more plants at 0% and 100% humiditySpecies ASpecies B

Humidity and Transpiration in plants : Humidity and transpiration in plants are inversely…

In order to see the effect the change in humidity had on the transpiration rate, what would be a proper con- trol to add to the study? A running the same experiment multiple times to collect additional data B с D adding more water to the original plants and running the experiment again grow another set of plants at normal humidity growing more plants at 0% and 100% humidity

In order to see the effect the change in humidity had on the transpiration rate, what would be a proper con- trol to add to the study? A running the same experiment multiple times to collect additional data B с D adding more water to the original plants and running the experiment again grow another set of plants at normal humidity growing more plants at 0% and 100% humidity

Case Studies In Health Information Management

3rd Edition

ISBN:9781337676908

Author:SCHNERING

Publisher:SCHNERING

Chapter5: Compliance

Section: Chapter Questions

Problem 5.20.2C

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Under controlled conditions, a transpiration experiment was conducted using two different plant species, A and B. Each plant species was exposed to a low-humidity environment and a high-humidity environment with all other conditions kept the same. The transpiration rate was measured over a period of one hour. The data was graphed as shown below. A B transpiration rate (pl/cm²min) с 0.2 0.18 0.16 0.14 0.12 0.1 A bar graph of the transpiration rates of two plants under different humidity conditions What is the independent variable in the experiment? D 0.08 0.06 0.04 0.02 low humidity 40% the type of soll each plant was grown in the amount of water lost the humidity the plants are grown in high humidity 80% the amount of water given to each plant Species A Species B
A comparison of transpiration rates from C3 & CAM explants in a potometer 0.9 0.8 0.7 0.6 0.5 C3 0.4 CAM 0.3 0.2 0.1 10 20 30 40 50 60 70 -0.1 Imagine you are reviewing a research paper for a scientific journal. Criticise the figure below. Briefly identify formatting/design/presentation errors in the (bullet points/list is acceptable) and state what information you think needs to be supplied in a figure caption to accompany it (use sentences for this part).
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Question: Calculate the transpiration rate for the grape leaf above with a leaf surface area of 18 cm2. Air temperature was 21 degrees C, reference relative humidity was 35%, experimental relative humidity was 43%, air flow rate was 125 mL/min, and barometric pressure was 759 mm Hg (1 mm Hg = 1.33322 mbar). a) 0.0000957 b) 0.05 c) 24.68 d) 1.011914
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Can you please calculate the transpiration rate from this data plot a bar graph for each of the four condition?
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An activated sludge system operates at a flow rate (Q) of 400 m³/day (and an HRT of 0.129 day) with an incoming BOD (So) of 300 mg/L. Through pilot plant work, the kinetic constants for this system are determined to be Y = 0.5 kg SS/kg BOD, Ks = 200 mg/L, and 2/day. What mixed liquor concentration is necessary to attain a 95% BOD removal? What will the corresponding MCRT be? =
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