Name : Aimi Nabilah Bt Hassin Class : BT81 KINGDOM | PHYLLUM | CHARACTERISTICS | EXAMPLE | PLANTEA | Vascular plants (Tracheophyta) | * larger plants which have specialised transport systems (veins) to carry nutrients and water * have true roots‚ stems‚ and leaves for transport of nutrients and water around the plant * Have structures called true roots‚ stems and leaves. * Vascular tissue is present.-These special transport cells run continuously through the roots‚ stems and the
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Although protists don’t belong to the plant‚ animal‚ or fungi club‚ they still share many characteristics with other eukaryotic life forms. What makes a protists a protists is the fact that it cannot be placed into any of the other kingdoms physically or genetically. For instance‚ the plant-like protists aren’t enough like plants to be one. The characteristic that makes algal protists (algae) plant like is the ability to do photosynthesis. Similar to plants‚ plant-like protists have __chloroplasts__
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the wavelengths that hit the chloroplasts in the plant leaves and effects how fast or if photosynthesis occurs. The equation for photosynthesis is 6 CO2 + 6H2O + light energy=C6H12O6 + 6O2 meaning that when a plant cell absorbs carbon dioxide and water alongside sunlight then the plant will put off glucose and oxygen gas in result. This process is where humans and other heterotrophs get their oxygen to survive. Sunlight is captured through a pigment called chlorophyll‚ which absorbs every color light
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What is Photosynthesis? Its general reference is sunlight protons converted into resourceful energy‚ of which are autotrophs that work and feed themselves independently. To be more scientific using its equation 6CO2 + 6H2O – Sunlight Energy – C6H12O6 + 6H2O‚ carbon dioxide particles travel through a leaf’s cell surface‚ which is where the chloroplast organelle produces “chlorophyll molecules forming a light harvesting complex absorbing that energy‚ exciting electrons” ((n.d.). Retrieved March 22
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Plant Hemoglobin Hemoglobin is a protein-iron compound found within the red blood cells of most vertebrates and is responsible for the cell’s red pigment. These red blood cells carries oxygen from the lungs to the rest of the tissue cells throughout the rest of the body. Just as hemoglobin transports oxygen in humans‚ they have also been found transporting oxygen within plants. In plants‚ there are two types of hemoglobin that can be found; symbiotic and non symbiotic. Oxygen is used
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BSAC3 BIOLOGY 1. How plants grow and develop? Just as humans have essential needs for survival‚ all plants require several basic elements to grow and thrive‚ including… Soil minerals (the more nutrient-rich the soil‚ the better the plant will grow) Water Air (carbon dioxide‚ hydrogen and oxygen) Sunlight Proper soil temperature Proper air temperature How much a plant needs of each element initially depends on the plant’s original habitat. For example‚ a rainforest plant that requires consistently
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In this experiment I will investigate the affect in which the light intensity will have on a plants photosynthesis process. This will be done by measuring the bubbles of oxygen and having a bulb for the light intensity variable. Variables The input variable which will be used in this investigation will be the light intensity (this will be a 100Watt bulb being moved closer and further away from the plant). The outcome variable which will change as a result of this experiment will be the amount of
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you increase the light intensity from 10cm away to 20 cm away form a stationary plant. There for the rate of photosynthesis will decrease proportionally with the distance of the light from the plant (in this case a half). This means that as the light moves away then there is less light given to the reaction for photosynthesis to happen. My theory behind this is the following; Photosynthesis is the process that plants use to create energy for themselves. It is best described from the following equation
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I. Multiple choice questions Choose the correct answer: 1. Red algae have green chlorophyll a that is like the one present in (i) green algae (ii) cyanobacteria (iii) mosses (iv) higher plants 2. Which one of the following is generally found in cool seas? (i) Red algae (ii) Brown algae (iii) Green algae (iv) Blue green algae 3. Floridean starch is found in (iii) green algae (iv) blue green algae (i) red algae (ii) brown algae 4. Fucoxanthin is found in(i) red algae (ii) brown algae
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What conditions of light and CO2 (both colour and intensity) would you suggest this student use to optimize the growth of this water plant? The conditions of CO2 and light that I would suggest a student to use would be blue light and having the CO2 levels at 7.5 along with the intensity of the light being at 7.5 also because this would allow the plant to intake good colours of the light spectrum and it would allow a good amount of intake of carbon dioxide and if the intensity of the light
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