Mark and jin xin 3.9
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The document summarizes the life cycle of a chicken from egg to adult. It begins with fertilization inside the egg and progresses through stages of development, including the formation of organs and structures. After around 21 days of development inside the egg, the chick will pip its beak through the shell and hatch. Finally, it will emerge exhausted but alive from the egg to begin life as a chick, going through further development until becoming an adult chicken.
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The life cycle of a chicken begins with an egg being laid by a hen. Inside the egg, a chick will develop over 21 days, after which it will hatch. The chick will then grow into either a hen or rooster. The stages of development inside the egg are shown from day 1 through day 21, starting as a germinal disc and developing features until ready to hatch.
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The life cycle of a chicken begins as an egg. Inside the egg, a chick develops over a period of 21 days, with its beak and wings forming in the first week and bones and feathers developing later. Near the end of the cycle, the chick's beak breaks through the egg shell to hatch. Once hatched, the chick grows into an adult chicken which can then lay eggs and continue the cycle.
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The life cycle of a chicken begins with an egg, which hatches after 21 days into a chick. Over several months, the chick will grow into an adult chicken. The adult chicken will then lay eggs, repeating the cycle. The document describes the stages of development inside the egg over the 21 day period, from fertilization through formation of organs and feathers until the chick hatches. It also notes the challenges the students faced in completing the assigned missions within the timeframe.
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The life cycle of a chicken begins with a hen laying fertilized eggs in a nest. Inside the egg, an embryo develops over 21 days, getting nutrients from the yolk. It grows fingers, a beak, and feathers until it is ready to hatch. The chick pecks its way out of the shell on the 21st day. The rooster must fertilize the egg for this process to begin.
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The document summarizes the life cycle of a chicken in three stages:
1) An egg is laid by a hen and it takes 21 days for the chick to hatch from the egg.
2) A newly hatched chick is wet and covered in down feathers. It eats seeds, bugs and worms.
3) After six months, the chick matures into a chicken that can lay more eggs, continuing the cycle.
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The life cycle of a chicken begins with the hen laying eggs in a nest. She sits on the eggs to keep them warm at 37 degrees Celsius until they hatch. Inside the egg, development occurs over 21 days from a fertilized egg to a developing embryo to a hatched chick. Key stages of development include visible beak and wings by day 6 and 13, and pipping of the egg tooth to break out of the shell on day 21 when the chick is fully developed and hatches exhausted but alive.
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The life cycle of a chicken begins as an egg, where a developing chick grows over a period of 21 days. After hatching from the egg as a chick, it will grow into an adult chicken over the course of a few months. Adult chickens mate and lay fertilized eggs, repeating the cycle. Key stages include the fertilized egg, developing chick inside the egg over several weeks, hatching as a chick, and finally growing into a adult chicken.
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The document summarizes the life cycle of a chicken in 4 sentences:
1) A chicken's life cycle starts as an egg and takes about 3 weeks for it to hatch into a chick, and then about 3 months for it to become an adult chicken.
2) The stages of its life cycle include the egg with a hard shell, a tired and wet chick after hatching whose feathers dry within hours, and the adult chicken that lays eggs continuing the cycle.
3) Eggs incubate for 21 days while being rotated for the first 18 days and left still for the last 3, and hatching begins with a hole in the shell over the course of a day.
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The life cycle of a chicken begins as an egg. Inside the egg, a chick develops over a period of 21 days, with its beak and wings forming in the first week and bones and feathers developing later. Near the end of the cycle, the chick's beak breaks through the egg shell to hatch. Once hatched, the chick grows into an adult chicken which can then lay eggs and continue the cycle.
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The life cycle of a chicken begins with an egg, which hatches after 21 days into a chick. Over several months, the chick will grow into an adult chicken. The adult chicken will then lay eggs, repeating the cycle. The document describes the stages of development inside the egg over the 21 day period, from fertilization through formation of organs and feathers until the chick hatches. It also notes the challenges the students faced in completing the assigned missions within the timeframe.
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The life cycle of a chicken begins with a hen laying fertilized eggs in a nest. Inside the egg, an embryo develops over 21 days, getting nutrients from the yolk. It grows fingers, a beak, and feathers until it is ready to hatch. The chick pecks its way out of the shell on the 21st day. The rooster must fertilize the egg for this process to begin.
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The life cycle of a chicken begins as an egg, where a developing chick grows over a period of 21 days. After hatching from the egg as a chick, it will grow into an adult chicken over the course of a few months. Adult chickens mate and lay fertilized eggs, repeating the cycle. Key stages include the fertilized egg, developing chick inside the egg over several weeks, hatching as a chick, and finally growing into a adult chicken.
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The document summarizes the life cycle of a chicken in 4 sentences:
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2) The stages of its life cycle include the egg with a hard shell, a tired and wet chick after hatching whose feathers dry within hours, and the adult chicken that lays eggs continuing the cycle.
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2. Inside the egg, the embryo develops over 3 weeks from a blastodisc to a chick that can function on its own.
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Reproduction in Plants and Animals
Plant and animal reproduction can occur sexually through the fusion of male and female gametes or asexually without gamete fusion. In plants, sexual reproduction involves flowers containing stamens which produce pollen and pistils containing ovules. Pollination, either self or cross between different flowers, leads to fertilization and seed production containing offspring with mixed parental genetics. Asexual plant reproduction produces clones through vegetative structures. Sexual animal reproduction requires the union of sperm and egg to produce offspring, while some invertebrates can reproduce asexually through budding or fragmentation. New technologies assist human and animal fertility through techniques like artificial insemination, in vitro fertilization, genetic engineering, and plant tissue culture.
Plant reproduction seed plants
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How are animals born
The document discusses reproduction and development in different animal groups. It explains that birds incubate fertilized eggs externally through body heat until hatching, while reptile eggs do not require incubation due to protective shells. It also describes that fish eggs are fertilized externally in water and hatch into miniature adults, while amphibians undergo a metamorphosis from tadpoles to frogs. Finally, it notes that mammals either retain fertilized eggs internally and give birth to young, or are placentals, monotremes, or marsupials that develop in different ways.
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7. Reproduction in flowering plants - Part 2
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Fertilization in angiosperms involves triple fusion: 1) One sperm cell fuses with the egg cell nucleus, forming a zygote. 2) The other sperm cell fuses with the two polar nuclei in the embryo sac, forming the primary endosperm nucleus. 3) Together, these processes - the fusion of sperm and egg nuclei, and sperm and polar nuclei - are known as triple fusion and allow for the development of the embryo and endosperm tissues following fertilization.
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This document discusses sexual reproduction in flowering plants. It defines pollination as the transfer of pollen grains from the anther to the stigma, and fertilization as the fusion of male and female sex cells. The document outlines the process of pollination, where pollen is transferred to the stigma by pollinators like bees and birds, and fertilization, where pollen tubes grow into the style and ovary for the male and female sex cells to fuse. The goal is for students to understand these processes and how defects could impact sexual reproduction in flowering plants.
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The plant kingdom is divided into five groups: algae, bryophytes, pteridophytes, gymnosperms, and angiosperms. Angiosperms are the most diverse group of land plants, characterized by flowers, fruit containing seeds, and double fertilization. A typical flower contains male stamens and female pistils. Double fertilization in angiosperms involves the fusion of two sperm with an egg and central cell, forming a diploid zygote and triploid endosperm to nourish the developing seed.
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The life cycle of a chicken begins with the hen laying eggs in a nest. She sits on the eggs to keep them warm at 37 degrees Celsius until they hatch. Inside the egg, development occurs over 21 days from a fertilized egg to a developing embryo to a hatched chick. Key stages of development include visible beak and wings by day 6 and 13, and pipping of the egg tooth to break out of the shell on day 21 when the chick is fully developed and hatches exhausted but alive.
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The life cycle of a chicken begins as an egg, which is fertilized inside the hen's body. The egg is laid and incubated for 21 days by the hen, keeping it warm at 40°C. Inside the egg, the embryo develops into a chick. After 21 days, the chick pecks its way out of the shell. It will take 3 months for the chick to mature into an adult chicken. There are three stages in the chicken's life cycle: egg, chick, and adult.
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The life cycle of a chicken begins as an egg, which is fertilized inside the hen's body. The egg is laid and incubated for 21 days by the hen, keeping it warm at 40°C. Inside the egg, the embryo develops into a chick. After 21 days, the chick pecks its way out of the shell. It will take 3 months for the chick to mature into an adult chicken. There are three stages in the chicken's life cycle: egg, chick, and adult.
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The document summarizes the life cycle of a chicken in 3 stages:
1. The hen lays an egg and sits on it for 3 weeks until it hatches into a chick.
2. Inside the egg, the embryo develops over 3 weeks from a blastodisc to a chick that can function on its own.
3. The chick will grow into an adult chicken over about 3 months after hatching.
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There are three stages in a chicken's life cycle: egg, chick, and hen/rooster. Eggs must be fertilized by a hen and rooster mating in order to hatch. The egg is incubated at 37 degrees Celsius over 21 days as the chick develops inside, going from a germinal disc to forming bones, wings, and feathers. On the 21st day, the fully developed chick uses its beak to break out of the shell and hatch.
Reproduction in Plants and Animals
Plant and animal reproduction can occur sexually through the fusion of male and female gametes or asexually without gamete fusion. In plants, sexual reproduction involves flowers containing stamens which produce pollen and pistils containing ovules. Pollination, either self or cross between different flowers, leads to fertilization and seed production containing offspring with mixed parental genetics. Asexual plant reproduction produces clones through vegetative structures. Sexual animal reproduction requires the union of sperm and egg to produce offspring, while some invertebrates can reproduce asexually through budding or fragmentation. New technologies assist human and animal fertility through techniques like artificial insemination, in vitro fertilization, genetic engineering, and plant tissue culture.
Plant reproduction seed plants
Seed plants reproduce sexually through fertilization of male and female sex cells. There are two main types of seed plants: gymnosperms and angiosperms. Gymnosperms, such as pine trees, have cones as their reproductive structures and rely on wind to carry pollen from male to female cones for fertilization, which can take up to 15 months. After fertilization, an embryo develops into a seed within the female cone. When mature, the female cones open and release seeds which may grow into new trees. Angiosperms, including most flowering plants, produce colorful flowers to attract animals to assist with pollination and fertilization, allowing for more rapid reproduction than gymnosperms.
How are animals born
The document discusses reproduction and development in different animal groups. It explains that birds incubate fertilized eggs externally through body heat until hatching, while reptile eggs do not require incubation due to protective shells. It also describes that fish eggs are fertilized externally in water and hatch into miniature adults, while amphibians undergo a metamorphosis from tadpoles to frogs. Finally, it notes that mammals either retain fertilized eggs internally and give birth to young, or are placentals, monotremes, or marsupials that develop in different ways.
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The document describes the life cycles of several animals including eagles, butterflies, frogs, and mammals. Eagles lay eggs which hatch into eaglets. Butterflies go through stages of an egg, larva/caterpillar, pupa, and finally an adult butterfly. Frogs undergo metamorphosis from eggs to tadpoles to adult frogs. Young mammals like bobcats develop from eggs inside their mother's body and are born as kittens, growing into adults.
7. Reproduction in flowering plants - Part 2
Flowering plants reproduce sexually through flowers. Pollen is produced in the male anthers and is transferred to the female stigma by wind or animals in a process called pollination. If the pollen grain lands on a receptive stigma, a pollen tube will grow and transfer sperm to fertilize the egg in the ovary, forming a seed containing an embryo. The ovary and seed will develop and ripen into a fruit, allowing the cycle to continue.
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1. The Seed
2. Parts of a Seed
3. Factors Affecting Seed Germination
Powerpoint 16 plant reproduction
The document discusses two forms of plant reproduction: sexual reproduction which involves meiosis and fertilization, and asexual reproduction or vegetative propagation which involves mitosis. It provides details on sexual reproduction in angiosperms using flowers, conifers using cones, and ferns using spores. The document also lists different structures used in vegetative propagation like tubers, rhizomes, stolons, bulbs, and corms.
Plant reproduction
Plant reproduction can occur through asexual and sexual means. Asexual reproduction involves only one parent and produces genetically identical offspring through processes like budding, fragmentation, and spore formation. Sexual reproduction involves male and female gametes from two parents, producing offspring with new combinations of genes. In flowering plants, sexual reproduction takes place through flowers, which contain stamens that produce pollen and carpels containing ovaries and eggs. Pollination leads to fertilization and seed formation, and seeds are then dispersed and can germinate to form new plants.
Fertiliztion
Fertilization in angiosperms involves triple fusion: 1) One sperm cell fuses with the egg cell nucleus, forming a zygote. 2) The other sperm cell fuses with the two polar nuclei in the embryo sac, forming the primary endosperm nucleus. 3) Together, these processes - the fusion of sperm and egg nuclei, and sperm and polar nuclei - are known as triple fusion and allow for the development of the embryo and endosperm tissues following fertilization.
Sexual Reproduction in Flowering Plants
This document discusses sexual reproduction in flowering plants. It defines pollination as the transfer of pollen grains from the anther to the stigma, and fertilization as the fusion of male and female sex cells. The document outlines the process of pollination, where pollen is transferred to the stigma by pollinators like bees and birds, and fertilization, where pollen tubes grow into the style and ovary for the male and female sex cells to fuse. The goal is for students to understand these processes and how defects could impact sexual reproduction in flowering plants.
Chapter 16 Reproduction in Plants Lesson 1 - Types of reproduction in plants
The document discusses reproduction in plants, including both asexual and sexual reproduction. It defines asexual reproduction as producing genetically identical offspring from one parent without fusion of gametes. Sexual reproduction involves the fusion of gametes to produce offspring that are genetically dissimilar. The document outlines several methods of asexual reproduction in plants including vegetative propagation, spore formation, and budding. It also describes the process of sexual reproduction in flowering plants and defines the roles of different flower parts like sepals, petals, stamens, carpels, anthers, and stigmas.
Plant reproduction
Flowers produce pollen grains containing male gametes in their anthers. They attract animals to transport pollen between flowers through traits like bright petals and nectar. During pollination, pollen lands on the pistil's stigma and travels to the ovaries where fertilization may occur, forming seeds in fruits that help plants disperse to new locations through various means like wind, water, animals, or being eaten.
Types of reproduction
The document discusses different types of reproduction in multicellular and unicellular organisms. It explains that asexual reproduction involves one cell splitting into two identical offspring through processes like binary fission or budding. Sexual reproduction involves the combination of two different gametes, male sperm and female eggs, which produces offspring with a mix of traits from both parents. Sexual reproduction can involve either internal or external fertilization of the eggs by sperm.
The stages-of-fertilisation-in-a-flowering-plant
The key structures in a flower include the stigma, anther, style, ovary, and ovule. The stages of pollination begin when a pollen grain lands on the stigma and stimulates the formation of a pollen tube. The pollen tube grows down the style and carries the pollen grain nucleus and two male gametes. It continues growing until it reaches the micropyle opening of the ovary, where the male gametes are released. One male gamete fuses with the female gamete to form a zygote, while the other fuses with the diploid nucleus to form triploid endosperm.
Double fertilization in angiopserms
The plant kingdom is divided into five groups: algae, bryophytes, pteridophytes, gymnosperms, and angiosperms. Angiosperms are the most diverse group of land plants, characterized by flowers, fruit containing seeds, and double fertilization. A typical flower contains male stamens and female pistils. Double fertilization in angiosperms involves the fusion of two sperm with an egg and central cell, forming a diploid zygote and triploid endosperm to nourish the developing seed.
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Chapter 16 Reproduction in Plants Lesson 1 - Types of reproduction in plants
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The life cycle of a chicken begins with an egg yolk inside a hen's ovary. The yolk is fertilized inside the hen if it mates with a rooster. It is then released into the hen's reproductive tract where it is surrounded by egg white and other layers. As it moves through the tract, fibers called chalazae anchor the yolk. The eggshell forms around the egg just before it is laid. If fertilized, the embryo develops over 21 days before hatching as a chick. The stages of development include the formation of organs and feathers.
Mrs. Reed's Example
Native to Australia, cockatiels are small parrots with an average lifespan of 15 years. They breed in the spring and early autumn, with females laying eggs 7-10 days after mating that take 18-21 days to hatch. A varied diet including vegetables, fruits, grains, proteins and seeds along with vitamin supplements is important for cockatiels. Building trust takes time but consistency and treats can help train cockatiels, which are social animals, though males typically learn to talk more easily.
Class IV -Animals and their young ones
Animals reproduce by either laying eggs or giving birth. Birds exclusively reproduce through egg laying. Some parent animals incubate their eggs by sitting on them to keep them warm. Eggs have a protective shell, inside of which is an albumen containing protein and a yolk containing nutrients for embryo development. The embryo develops into a chick. An animal's life cycle involves various developmental stages from embryo to adult. Frogs lay eggs that hatch into tadpoles, which undergo metamorphosis to grow legs and lose their tails before becoming adults. Butterflies lay eggs that hatch into caterpillars, which form cocoons and pupate before emerging as adult butterflies.
Factors in successful incubation
For educational purposes only during pandemic CoViD-19. Acknowledgement goes to the author cited under references for their contribution.
Reproduction in animals
This document discusses various modes of reproduction in living organisms. It begins by explaining that all organisms die eventually but life continues through reproduction. It then describes sexual reproduction, which involves two parents - a male and female. It provides details about the male and female reproductive systems and gametes in humans. It also discusses internal and external fertilization, development of the embryo and fetus, and birth in viviparous animals. The document further explains asexual reproduction, which involves one parent, through various methods like binary fission, budding, fragmentation and multiple fission.
Reproduction-and-Development (1).pdf
The document discusses reproduction and development in plants and animals. It begins by defining reproduction and the two types: sexual reproduction which requires fertilization, and asexual reproduction which does not. Sexual reproduction results in offspring with genetic material from both parents. The document then discusses the process of fertilization and the three types of internal fertilization in animals. It provides examples to illustrate each type. Finally, it notes that some plants use water to facilitate fertilization through the transfer of sperm to egg.
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Mark and jin xin 3.9
- 1. Life Cycle of a Chicken By Mark and Jin Xin of Pri 3.9
- 4. Hatching Eggs When the chick is ready to hatch, it will crack open its egg shell.
- 5. Inside a Chicken Egg Shell Germinal disc or blastodisc Chalaza Air cell Yolk Thick albumin
- 6. Inside a Chicken Egg Day 1 Day 6 Day 13 The egg is fertilized. The zygote cell divides and begins to grow. The cell segregate into groups, of specialized function. The embryo nearly stops growing between laying and incubation.[keeping the egg warm] The egg develops further . Inside the egg the young bird slowly develops its beak and wings.
- 7. From Egg to Chick Day 17 Day 21 The beak turns towards the cell. The neck begins to spasm. The egg tooth pips through the shell. Exhausted wet and alive, the chick is hatched.
- 10. Thank you!