Q: Describe the structure and function of the cotyledon.
A: The number of cotyledons present is one characteristic utilized by botanists to classify the…
Q: Which of the following is true of the differences between monocots and dicots? O none of these are…
A: Monocots are plants that have a single cotyledon in their embryo whereas Dicots have two cotyledons…
Q: Describe the internal structure of monocot root with the help of label diagram?
A: In the monocot root of Colocasia there is absence of Cuticle (Outer protecting covering of wax). The…
Q: Sketch observations of monocot stem vascular bundle. Label xhlem, phloem, sieve-tube member,…
A: Introduction Monocot stems have a circular form, lateral branches, and a layer of the dermis…
Q: Sketch and label the primary, secondary and tertiary roots of a typical dicot plant.
A: The dicotyledons, commonly known as dicots, are one of two categories into which all flowering…
Q: What are the specific differences between monocots and dicots? Be precise.
A: Monocotyledonous plants are those angiosperms that have a single cotyledon in their seeds. Example:…
Q: Provide three differences between the herbaceous monocot and herbaceous eudicot stems according to…
A: Herbaceous monocot stems have scattered vascular bundles, while herbaceous dicot stems have vascular…
Q: Observe the root system of a plant with root nodules. If you don’t have these plants at home or at…
A:
Q: describe the differences between monocot and dicot seeds?
A: Gymnosperms and angiosperms are the plants that produce seeds during reproduction.
Q: Name the cell layers in the stem of a monocot and a eudicot, moving from the epidermis to the…
A: Flowering plants are categorised as monocots and dicots.
Q: Differentiate the venation exhibited by monocot leaves from the venation exhibited by the dicot…
A: The arrangement of veins and veinlets on the lamina of a leaf is called venation.
Q: Compare the stem of a monocot, dicot, and woody dicot: Feature Monocot Herbaceous dicot Cortex (+/-)…
A: Monocotyledons, often known as monocots, are flowering plants that have only one embryonic leaf, or…
Q: Describe the way xylem’s function arises from its structure
A: Answer: Introduction: Angiosperms are having a root system and a shoot system. A shoot system…
Q: All of the vascular bundles inside a typical______ are arranged in a ring. a. monocot stem c.…
A: The vascular bundles (xylem and phloem) allows the transport of nutrients and water to all the pats…
Q: Diagram the basic structure of a root.
A: The basic structure of a root.
Q: Describe the advantages and disadvantages to a plant in having very tiny or very large leaves
A: Answer: Introduction:Photosynthesis takes place in leaves of many plants. Leave consists of…
Q: This section is taken from .? Monocot root O Dicot root O Monocot stem O Dicot stem
A: Monocot root The single layered epidermis lacks a cuticle. Root hairs appears as unicellular…
Q: Describe the structure of monocot and Dicot stem and roots?
A: Angiosperms are the flowering plants which are also known as vascular plants. They are classified…
Q: Tabulate the similarities and differences between a dicot stem and pine stem
A: Introduction :- Vascular bundles are organised in a ring around the pith in the Dicot Stem. There…
Q: List the diferences between monocots and eudicots.
A: Monocots and Eudicots belong to the phylum of Angiosperms. Monocots and dicots are divided on the…
Q: Sketch observations of monocot stem cross section and the dicot stem cross section. Label the…
A: Introduction A monocot, also known as a monocotyledon, has a single cotyledon, whereas a dicot,…
Q: Indicate the features by which dicots are distinguished from monocots.
A: According to the question, we have to make a difference between monocots and dicots. Here we will…
Q: Explain the differences in the germination of a monocot and a dicot.
A: The plants consist of roots, stem, leaves, fruits and flowers. The conduction system in plants are…
Q: Label the visible parts of the dicot stem
A: Dicot stems has Pith (well developed) Vascular bundle (ring arrangment) Epidermis Hypodermis…
Q: Structure and function for both monocots and dicots. a.Roots
A: Roots are present in the lower part of the plants. They help in the production of water and Minerals…
Q: Differentiate between Monocot & Dicot root ? At least 20 difference with suitable examples.
A: Monocots and Dicots are the various forms of vascular plants. The number of cotyledons is the…
Q: Compare monocot, herbaceous dicot and woody dicot stems. Indicate presence or absence of the…
A: Introduction Monocot stem refers to the stem of the monocot plants, it is a circular-shaped hollow…
Q: Describe the germination of both monocots and dicots. List the environmental requirements needed.
A: The germination process is the series of events that occur as a plant grows from a seed. In plants,…
Q: Differentiate dicot and monocot root.
A: According to the question, we have to differentiate between dicot and monocot root. So let us have a…
Q: Relate the differences in morphology of monocot and dicot leaves to their function (provide pictures
A: Leaf is the photosynthetic part of the plant.
Q: distinguish between dicot and monocot seeds.
A: Angiosperms are the group of flowering plants that are the largest and most diverse group in the…
Q: How do mono
A: Monocots vary from dicots in four particular primary ( structural ) highlights: leaves, stems, roots…
Q: Which of the following is NOT found in a monocot (e.g. corn) vascular bundle? 1. Metaxylem 2.…
A: Vascular bundles (xylem and phloem) in monocot system are closed. Corn are monocot as they consists…
Q: Sketch observations of the corn and Lima bean stem cross section. Indicate which is a mono or stem…
A: Sketch observations of the corn and Lima bean stem cross section. Indicate which is a mono or stem…
Q: Name the tissues that compose a typical root, and compare theirarrangement in monocot and eudicot…
A: * A typical root formed by 3 layer of tissues that is the outermost epidermis tissue, middle cortex…
Q: Compare a tap root system with a fibrous root system. For each type, name a plant that provides a…
A: The root is the anchorage of plants to the soil. The function of the root is to transport water and…
Q: How would you distinguish monocots from dicots?
A: The significant part of the plant's embryo that is known to be the precursor structure arising from…
Q: Explain why phloem is necessary to produce roots.
A: The vascular tissue present in the plant allows the transportation of nutrients and water by a…
Q: lete the external anatomy of a monocot with that of a dicot stem by completing the table below:…
A: Anatomically Monocot plant is different froml Dicot plant in many ways Monocot plant have single…
Q: Differentiate between(a) Racemose and cymose inflorescence(b) Fibrous root and adventitious root(c)…
A: A flower is the reproductive structure of plants. It biological function is to aid the fertilization…
Q: Dicot stem and Monocot Stem
A: As we know that, Monocot stem is a circular shaped hollow axial part of the plant which gives rise…
Q: The growth of roots towards water is an example of?
A: The root is a non-green cylindrical structure of a plant present underground. It does not possess…
Q: In the stem of Zea mays, determine the structure that covers its nodes. Determine the meristem above…
A: Anatomy is the branch of science that deals with the study of structure and parts of a body. Plant…
Q: The cross-section of a woody root is shown in Figure 3. Observe and locate the center of the root…
A: Plants, it is widely assumed, respond to mechanical stimulus. Despite the importance of root systems…
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- What is the goal of the study of antifungal activity of red dragon peel? Express it in if and then statement.(Use image provided to answer different parts) A) What do the results suggest about the part of the plant that regulates the thickness of developing leaves in response to light: a) developing leaves b) mature leaves c) whole plant B) Which treatment had leaves with the lowest surface area to volume ratios at a leaf size of 20mm: a) high apex treatmetn b) high whole treatment c) low apex treatment d) they all have same surface area to volume ratio C) Which leaf will lose water more readily under dry conditions? a) high apex b) high whole c) low apex d) they will all lose water at the same rate D) In what ways would the differences in leaf form evident between the High Whole and Low Whole treatments at the end of the experiment reflect adaptations to their different growth environments? Discuss specifically with respect to the effects of leaf form on photosynthetic rates and rates of water loss.Which of the following characteristics is NOT exhibited by phytochemicals? 1. reduce the risk of cataracts 2. inhibit activity of enzymes to activate carcinogens 3. reduce the risk of macular degeneration 4. act as antioxidants
- 6. 2) What is the primary function of plant leaves? * Mark only one oval. A) to support the plant B) to produce flowers C) to take in water D) to trap sunlight for photosynthesisDescribe the composition of humus and its importance in soil.Which of the following biofertilizer extends the root system's reach, allowing for enhanced water and nutrient absorption? Explain.a. Bio-N (Corn) [Azospirillum lipoferum and Azospirillum brasilense] b. Trichoderma [Trichoderma sp.]c. Mykovam [vesicular arbuscular mycorrhiza]
- What properties of a medicinal plant is affected when the time of harvest changes or is variable?Describe the general features of phytoflagellates. Give and explain the imrotance of phytoflagellates in aquatic ecosystem.Which type of phytochrome is biologically active and name the type of phytochrome present in dark grown plant? *
- The following experiment was carreid out at ILC Laboratories to measure the effect of different nutrient solutions on bean root growth. Three nutrient solutions were made: 1.) A solution containing all required nutrients 2.) A solution containing all required nutrients except nitrogen; and 3.) distilled water. The results recorded for root length and leaf colour were as follows: Solution 1.) 47 mm; deep green Solution 2.) 17 mm; pale green-yellow Solution 3.) 14 mm; pale green-yellow a.) explain how the solution ranked in relation to the other two; b.) state the evidence that supports your answer; and c.) explain why the plant grew the way it didexplain whether wilted lettuce be soaked in salt water, tap water, sugar water, or be placed in light to rejuvenate it.Discuss briefly the following types of aestivation in flowers i) Valvate ii) Twisted iii) Imbricate iv) Vexillary