Data logger present
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Transpiration is the process by which plants release water vapor from their leaves into the atmosphere. An experiment was conducted to compare the transpiration rates of two different plants by placing them in sealed bags and measuring humidity over time. The results showed that humidity inside the bag with plant B decreased more over the hour-long experiment, indicating that plant B had a higher transpiration rate. Transpiration cools plants by using energy from the sun to evaporate water from the leaves into the air, similar to how human sweating cools our bodies.
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Data logging
1. The document describes an experiment to determine which condition - presence or absence of light - causes a plant to lose more water through transpiration.
2. The experiment uses a data logger to record humidity levels inside a plastic bag wrapped around a plant branch under both light and dark conditions.
3. The results show that the plant loses more water and the humidity inside the bag decreases more rapidly when the plant is in the light condition compared to the dark condition.
Data logger presentation
The document describes an experiment conducted to measure relative humidity and temperature inside a plastic bag containing a plant over the course of an hour, recording measurements every minute. The results show that temperature inside the bag increased over time while relative humidity decreased. The document also poses several discussion questions about the relationship between humidity, temperature, and the plant's transpiration rate based on the experimental findings.
Data logging
1. The document describes an experiment to determine which condition - presence or absence of light - causes a plant to lose more water through transpiration.
2. Students used a data logger and humidity sensor to record humidity levels over 16 hours with a plant in light and in darkness.
3. The results showed that the plant lost more water and the humidity in the bag decreased more when the plant was in the light compared to in darkness.
Data logger
1. The document describes an experiment to determine which condition - presence or absence of light - causes a plant to lose more water through transpiration.
2. The experiment uses a data logger to record humidity levels inside a plastic bag wrapped around a plant branch under both light and dark conditions.
3. The results show that the plant loses more water and the humidity inside the bag decreases more rapidly when the plant is in the light condition compared to the dark condition.
Data logging
1. The document describes an experiment to determine which condition - presence or absence of light - causes a plant to lose more water through transpiration.
2. The experiment uses a data logger to record humidity levels inside a plastic bag wrapped around a plant branch under both light and dark conditions.
3. The results show that the plant loses more water and the humidity inside the bag decreases more rapidly when the plant is in the light condition compared to the dark condition.
Running headThe effect of Temperature, Wind and Hum.docx
This document describes an experiment that investigated the effect of different environmental factors on the rate of transpiration in plants. The independent variables were light, wind, and humidity, while the dependent variable was the rate of water loss through transpiration. Plants were exposed to different conditions: a fan (to simulate wind), a light source, mist (to increase humidity), and a control with no additional factors. The results showed that light and wind increased the transpiration rate by creating a larger gradient in water potential from roots to leaves. Mist/humidity decreased the rate by reducing this gradient.
DATA LOGGER
Data loggers are instruments that can record measurements from sensors over time. This document discusses using a data logger to study transpiration in plants. The experiment aims to determine if plants lose more water with or without light. Sensors are placed in plastic bags wrapped around plant branches in both light and no light conditions. The data logger records humidity levels, which are plotted on graphs. Results show that plants transpire more and humidity inside bags decreases more rapidly when exposed to light compared to no light conditions. This is because transpiration cools plants, and transpiration occurs more when plants are heated by sunlight.
Class 12 (CBSE) Investigatory project.pdf
To investigate the effects of varying environmental conditions like light,
humidity and wind on the rate of transpiration in leafy shoots using a
simple potometer.
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Data logging
1. The document describes an experiment to determine which condition - presence or absence of light - causes a plant to lose more water through transpiration.
2. The experiment uses a data logger to record humidity levels inside a plastic bag wrapped around a plant branch under both light and dark conditions.
3. The results show that the plant loses more water and the humidity inside the bag decreases more rapidly when the plant is in the light condition compared to the dark condition.
Data logger presentation
The document describes an experiment conducted to measure relative humidity and temperature inside a plastic bag containing a plant over the course of an hour, recording measurements every minute. The results show that temperature inside the bag increased over time while relative humidity decreased. The document also poses several discussion questions about the relationship between humidity, temperature, and the plant's transpiration rate based on the experimental findings.
Data logging
1. The document describes an experiment to determine which condition - presence or absence of light - causes a plant to lose more water through transpiration.
2. Students used a data logger and humidity sensor to record humidity levels over 16 hours with a plant in light and in darkness.
3. The results showed that the plant lost more water and the humidity in the bag decreased more when the plant was in the light compared to in darkness.
Data logger
1. The document describes an experiment to determine which condition - presence or absence of light - causes a plant to lose more water through transpiration.
2. The experiment uses a data logger to record humidity levels inside a plastic bag wrapped around a plant branch under both light and dark conditions.
3. The results show that the plant loses more water and the humidity inside the bag decreases more rapidly when the plant is in the light condition compared to the dark condition.
Data logging
1. The document describes an experiment to determine which condition - presence or absence of light - causes a plant to lose more water through transpiration.
2. The experiment uses a data logger to record humidity levels inside a plastic bag wrapped around a plant branch under both light and dark conditions.
3. The results show that the plant loses more water and the humidity inside the bag decreases more rapidly when the plant is in the light condition compared to the dark condition.
Running headThe effect of Temperature, Wind and Hum.docx
This document describes an experiment that investigated the effect of different environmental factors on the rate of transpiration in plants. The independent variables were light, wind, and humidity, while the dependent variable was the rate of water loss through transpiration. Plants were exposed to different conditions: a fan (to simulate wind), a light source, mist (to increase humidity), and a control with no additional factors. The results showed that light and wind increased the transpiration rate by creating a larger gradient in water potential from roots to leaves. Mist/humidity decreased the rate by reducing this gradient.
DATA LOGGER
Data loggers are instruments that can record measurements from sensors over time. This document discusses using a data logger to study transpiration in plants. The experiment aims to determine if plants lose more water with or without light. Sensors are placed in plastic bags wrapped around plant branches in both light and no light conditions. The data logger records humidity levels, which are plotted on graphs. Results show that plants transpire more and humidity inside bags decreases more rapidly when exposed to light compared to no light conditions. This is because transpiration cools plants, and transpiration occurs more when plants are heated by sunlight.
Class 12 (CBSE) Investigatory project.pdf
To investigate the effects of varying environmental conditions like light,
humidity and wind on the rate of transpiration in leafy shoots using a
simple potometer.
Data logger siap
The document describes an experiment on transpiration rate in plants. Two plants were placed in separate beakers, one in bright light and one in the dark. A data logger measured the humidity every 30 minutes over 2 hours. The results show that the plant in bright light had a lower humidity level, indicating a higher transpiration rate, while the plant in dark conditions had steady humidity, showing a lower transpiration rate. Light stimulates transpiration by opening stomata and warming the leaf.
Data logger siap
The document describes an experiment on transpiration rate in plants. Two plants were placed in separate beakers, one in bright light and one in the dark. A data logger measured the humidity every 30 minutes over 2 hours. The results show that the plant in bright light had a lower humidity level, indicating a higher transpiration rate, while the plant in dark conditions had little transpiration. Light stimulates stomata opening and speeds up transpiration, causing more water loss and higher humidity in the beaker.
Data logger presentation
The document contains data from an experiment measuring relative humidity and temperature over a period of 50 minutes. It records temperature and humidity readings taken at 1-minute intervals. It also includes graphs plotting the temperature and humidity measurements over time. The document discusses the results and asks questions about transpiration and the factors that influence it.
Data logger presentation
The document contains data from an experiment measuring relative humidity and temperature over time inside a plastic bag. It includes tables showing the temperature and humidity measurements taken every minute for an hour. It also includes graphs plotting the temperature and humidity measurements and discussion questions about transpiration and the factors that influence it.
Evaporation
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Abiotic-factor-water-7d52b18481c9a769a2c7c0a62b861d53.pptx
This document discusses water as an abiotic factor and its role in ecosystems. It covers:
- Water is essential for most cellular reactions and is needed by plants for photosynthesis. It is recycled through ecosystems via the water cycle.
- The water cycle involves evaporation, condensation, precipitation, uptake by organisms, transpiration, excretion, and runoff. Water moves through this cycle.
- Transpiration is the process by which plants release water vapor through their leaves. It creates a pull that draws water up from the roots through the xylem. Stomata on leaf undersides regulate transpiration rates.
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This document describes an experiment that models how the human body regulates temperature through sweating. The experiment uses clay jugs filled with hot water to represent the body. One jug is covered with a plastic bag while the other is uncovered. Temperature and humidity sensors monitor changes over time. Covering the jug prevents evaporation, causing its temperature to rise more than the uncovered jug. This demonstrates how sweating and evaporation cool the body by dissipating heat.
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This document describes an experiment that models how the human body regulates temperature through sweating. The experiment uses clay jugs filled with hot water to represent the body. One jug is covered with a plastic bag while the other is uncovered. Temperature and humidity sensors monitor changes over time. Covering the jug prevents evaporation, causing its temperature to rise more than the uncovered jug. This demonstrates how sweating and evaporation cool the body by dissipating heat.
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This document discusses the process of transpiration in plants. It explains that transpiration involves the loss of water vapor through stomata and describes three key reasons why transpiration is important: cooling plants, creating transpirational pull to transport water, and providing structural support. It also lists and describes several factors that affect the rate of transpiration, such as temperature, light intensity, humidity, and wind. An experiment is proposed to measure transpiration rates under different environmental conditions using a homemade potometer.
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This document describes an experiment conducted to study transpiration in plants. Students placed plants in sealed beakers under both bright and dark conditions, and used data loggers and humidity sensors to record humidity levels over time. The results showed that plants in the bright condition had lower humidity levels and water droplets forming on the inside of the beaker, indicating higher transpiration rates, while plants in the dark had higher and more stable humidity levels with no water droplets, showing lower transpiration rates.
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This document discusses transpiration in plants. It defines transpiration as the process where water is lost as water vapor from plant leaves and other aerial parts. It then covers experiments that demonstrate transpiration, such as using cobalt chloride paper or observing water condensation. The document explores the mechanism of stomatal transpiration and factors that influence the transpiration rate, such as temperature, light intensity, and humidity. It also examines adaptations plants have evolved to reduce excessive water loss through transpiration.
Data logger for ICT
This document describes an experiment conducted by four students to investigate how the presence of light affects transpiration in plants. The students measured humidity levels using a humidity sensor inside a plastic bag wrapped around a plant branch for 16 hours in both a lighted laboratory and a dark cupboard. Their results showed higher humidity rises inside the cupboard without light compared to in the laboratory with light. They observed water droplets forming on plant leaves, indicating water loss through transpiration cools plants.
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3 e model copy 2 edited final untuk post
This document discusses transpiration in plants and an experiment measuring transpiration rates under different temperatures. It begins with background on transpiration, the process by which plants release excess water from their leaves into the air. An experiment is then described that measures the temperature and humidity near two plants (Set A and B) under different lamp intensities (60W and 100W) over 16 minutes using temperature and humidity sensors connected to a data logger. The results show both temperature and humidity decreasing more in Set B with the higher lamp intensity. Discussions analyze the temperature and humidity changes between the sets and determine Set B had a higher transpiration rate due to its higher temperature.
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The document describes an experiment to investigate how transpiration in plants is affected by the presence or absence of light. Students measured humidity levels inside a plastic bag wrapped around a plant branch using a data logger over 16 hours with the plant in a lighted room and again in a dark cupboard. Humidity rose more sharply with the plant in the light, showing more water loss from transpiration. Visual evidence of water droplets also supported the transpiration process.
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Data logger siap
The document describes an experiment on transpiration rate in plants. Two plants were placed in separate beakers, one in bright light and one in the dark. A data logger measured the humidity every 30 minutes over 2 hours. The results show that the plant in bright light had a lower humidity level, indicating a higher transpiration rate, while the plant in dark conditions had steady humidity, showing a lower transpiration rate. Light stimulates transpiration by opening stomata and warming the leaf.
Data logger siap
The document describes an experiment on transpiration rate in plants. Two plants were placed in separate beakers, one in bright light and one in the dark. A data logger measured the humidity every 30 minutes over 2 hours. The results show that the plant in bright light had a lower humidity level, indicating a higher transpiration rate, while the plant in dark conditions had little transpiration. Light stimulates stomata opening and speeds up transpiration, causing more water loss and higher humidity in the beaker.
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Evaporation is the process where water changes from a liquid to a gas or vapor. It is part of the water cycle, where water vapor moves from liquid water back into the atmosphere. For evaporation to occur, molecules at the water surface need energy to break hydrogen bonds and escape into the air through diffusion and transport. The rate of evaporation depends on factors like temperature, humidity, and surface area exposure to air.
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- The water cycle involves evaporation, condensation, precipitation, uptake by organisms, transpiration, excretion, and runoff. Water moves through this cycle.
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This document describes an experiment that models how the human body regulates temperature through sweating. The experiment uses clay jugs filled with hot water to represent the body. One jug is covered with a plastic bag while the other is uncovered. Temperature and humidity sensors monitor changes over time. Covering the jug prevents evaporation, causing its temperature to rise more than the uncovered jug. This demonstrates how sweating and evaporation cool the body during fever by increasing heat dissipation. Maintaining this process prevents overheating, though it can lead to dehydration if water is not replaced.
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This document describes an experiment that models how the human body regulates temperature through sweating. The experiment uses clay jugs filled with hot water to represent the body. One jug is covered with a plastic bag while the other is uncovered. Temperature and humidity sensors monitor changes over time. Covering the jug prevents evaporation, causing its temperature to rise more than the uncovered jug. This demonstrates how sweating and evaporation cool the body by dissipating heat.
Sweat
This document describes an experiment that models how the human body regulates temperature through sweating. The experiment uses clay jugs filled with hot water to represent the body. One jug is covered with a plastic bag while the other is uncovered. Temperature and humidity sensors monitor changes over time. Covering the jug prevents evaporation, causing its temperature to rise more than the uncovered jug. This demonstrates how sweating and evaporation cool the body by dissipating heat.
Transpiration
This document discusses the process of transpiration in plants. It explains that transpiration involves the loss of water vapor through stomata and describes three key reasons why transpiration is important: cooling plants, creating transpirational pull to transport water, and providing structural support. It also lists and describes several factors that affect the rate of transpiration, such as temperature, light intensity, humidity, and wind. An experiment is proposed to measure transpiration rates under different environmental conditions using a homemade potometer.
Short Breath Cold Sweat
This document describes an experiment conducted to study transpiration in plants. Students placed plants in sealed beakers under both bright and dark conditions, and used data loggers and humidity sensors to record humidity levels over time. The results showed that plants in the bright condition had lower humidity levels and water droplets forming on the inside of the beaker, indicating higher transpiration rates, while plants in the dark had higher and more stable humidity levels with no water droplets, showing lower transpiration rates.
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This document discusses the 3E model of engage, empower, and enhance. It includes sections on scientific concepts of transpiration in plants, an example of a carnation turning blue after soaking in blue solution, planning an experiment to observe transpiration rates under different temperatures, procedures and results of the experiment, and a discussion on how haze can reduce crop production.
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This document discusses transpiration in plants. It defines transpiration as the process where water is lost as water vapor from plant leaves and other aerial parts. It then covers experiments that demonstrate transpiration, such as using cobalt chloride paper or observing water condensation. The document explores the mechanism of stomatal transpiration and factors that influence the transpiration rate, such as temperature, light intensity, and humidity. It also examines adaptations plants have evolved to reduce excessive water loss through transpiration.
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This document describes an experiment conducted by four students to investigate how the presence of light affects transpiration in plants. The students measured humidity levels using a humidity sensor inside a plastic bag wrapped around a plant branch for 16 hours in both a lighted laboratory and a dark cupboard. Their results showed higher humidity rises inside the cupboard without light compared to in the laboratory with light. They observed water droplets forming on plant leaves, indicating water loss through transpiration cools plants.
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The document discusses low-cost solar waste water treatment using solar distillation. It describes two experiments conducted - a small-scale solar still model using plastic bottles, and a larger industrial-scale solar still system. The small-scale model was able to purify water and separate solid impurities after several hours of solar exposure. The larger solar still system was more efficient, producing purified water at a faster rate. Both systems utilize solar energy for evaporation and condensation to purify contaminated water without using other energy sources. The document also discusses advantages and applications of solar distillation systems for water treatment.
Evaporation.pdf
Liquid water is converted to gaseous water (water vapor) by the process of evaporation. Water travels from the Earth’s surface to the atmosphere via evaporation. Evaporation results from the dissolution of the bonds holding the water molecules together as a result of heat energy.
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This document discusses transpiration in plants and an experiment measuring transpiration rates under different temperatures. It begins with background on transpiration, the process by which plants release excess water from their leaves into the air. An experiment is then described that measures the temperature and humidity near two plants (Set A and B) under different lamp intensities (60W and 100W) over 16 minutes using temperature and humidity sensors connected to a data logger. The results show both temperature and humidity decreasing more in Set B with the higher lamp intensity. Discussions analyze the temperature and humidity changes between the sets and determine Set B had a higher transpiration rate due to its higher temperature.
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The document describes an experiment to investigate how transpiration in plants is affected by the presence or absence of light. Students measured humidity levels inside a plastic bag wrapped around a plant branch using a data logger over 16 hours with the plant in a lighted room and again in a dark cupboard. Humidity rose more sharply with the plant in the light, showing more water loss from transpiration. Visual evidence of water droplets also supported the transpiration process.
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This document describes the design of a solar distillation system to purify water. It discusses how solar energy can be used as a renewable energy source to power a simple distillation process. A solar still was constructed using a blackened galvanized iron sheet as the basin, thermocol and wood composite walls for insulation, and a glass top. Through evaporating dirty water using solar heating and condensing the vapor on the glass top, the system is able to produce 1.5 liters of purified water from 14 liters of dirty water over six hours, with an efficiency of 64.37% and total dissolved solids of 81ppm in the purified water.
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What sets Denis apart is his comprehensive understanding of Business and Systems Analysis technologies, honed through involvement in all phases of the Software Development Lifecycle (SDLC). From meticulous requirements gathering to precise analysis, innovative design, rigorous development, thorough testing, and successful implementation, he has consistently delivered exceptional results.
Throughout his career, he has taken on multifaceted roles, from leading technical project management teams to owning solutions that drive operational excellence. His conscientious and proactive approach is unwavering, whether he is working independently or collaboratively within a team. His ability to connect with colleagues on a personal level underscores his commitment to fostering a harmonious and productive workplace environment.
Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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Data logger present
- 2. Transpiration is the evaporation of water into the atmosphere from the leaves and stems of plants. Plants absorb water through their roots. This water can come from deep in the soil.
- 3. Plant BPlant A Picture above show the plants leaves size. What are the different from the leaves of two picture above? Why does it is difference?
- 4. Set up of the experiment. Procedure : 1. Put 2 plants on the table. 2. One branch of both the plant, the humidity sensor into the polythene bag and the end tied up with string. 3. The experiment was carry out in 30 minutes. 4. The result will be collected through the sensor used.
- 6. RESULT Time(mm:ss) Humidity I/O-1(%) Humidity I/O-2(%) 29:32:00 23.81 20.317 30:32:00 24.286 20.317 31:32:00 24.921 20.317 32:32:00 25.397 20.317 33:32:00 25.556 20.317 34:32:00 25.873 20.159 35:32:00 26.032 20.159 36:32:00 26.19 20 37:32:00 26.349 20 38:32:00 26.508 19.841 39:32:00 26.508 19.841 40:32:00 26.825 19.841 41:32:00 27.143 19.683 42:32:00 26.984 19.683 43:32:00 26.984 19.683 44:32:00 26.984 19.683 45:32:00 27.143 19.524 46:32:00 26.984 19.524 47:32:00 27.143 19.365 48:32:00 27.143 19.206 49:32:00 27.302 19.365 50:32:00 27.46 19.365 51:32:00 27.302 19.206 52:32:00 27.302 19.206 53:32:00 27.46 19.206 54:32:00 27.46 19.206 55:32:00 27.46 19.206 56:32:00 27.46 19.206 57:32:00 27.619 19.206
- 7. Graph from the result :
- 8. 1.What is the name of the small pores found on the underside of leaves? 2. What can you infer from this graph of plant A and plant B? 3.Compare the humidity rate between the plant A and plant B. 4.Why in plant B the humidity rate becomes lower over time? 4.How can humidity give influence to transpiration process? 5.What the another factor that influence the rate of transpiration? 6. What will plant produce if transpiration occur?
- 9. Sweating is uncomfortable and makes us sticky, but it cools the body. If human have a process that can cool down their body temperature, through sweating, so, what about plant? Explain how does it occur?
- 10. Sweating in human The process of sweat evaporating from the body is responsible for the cooling effect. By sweating, our body releases moisture onto our skins and in the process, heat is taken away from our body. When we sweat, our skin and clothing become covered with water. If the atmospheric humidity is low, this water evaporates easily. The heat energy needed to evaporate the water comes from our bodies. So this evaporation cools our bodies, which have too much heat. For the same reason splashing water on ourselves when it is hot feels good. Being wet during cold weather, however can excessively chill us because of this same evaporation effect. Sweating is therefore the human body's primary cooling mechanism. Because this mechanism uses water, we need to replace lost fluids by drinking more fluids in hot weather. This is especially true after exercising or working in hot weather. Sweating in plant Transpiration happens when plants give off water vapour through tiny pores in their leaves. This is the plant s way of getting rid of waste, just like people and animals sweat when they are hot. This water vapour evaporates into the air and is stored in the atmosphere until it becomes clouds or precipitation.
- 11. >> Experiment can be repeated for a several time because the work is taken over by the data logger. >> Both humidity sensor plant A and plant B in this topic can be conduct simultaneously and save time. >> It will allow the pupils to compare the results with the other group and pose a question. >> The pattern of the humidity change for plant A and plant B can be observe trough graph along this experiment.