kac mga tanga ang tao. kaya di nila alam ang sagot d2. kaya ako nalang ang sasagot mga BOBO.! putang ina.!
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1.03.01
Genetics experiments on breeding plants or animals are based on the laws of inheritance, primarily Mendelian genetics. These laws describe how traits are passed down from parents to offspring through genetic material. By understanding these laws, scientists can predict and manipulate the outcomes of breeding experiments to produce desired traits.
Some of the best plants for science experiments include fast-growing plants like radishes, beans, and sunflowers. These plants are commonly used in experiments because they grow quickly and are easy to observe and measure changes in growth. Additionally, plants like peas, corn, and lettuce are also popular choices for experiments due to their relatively simple growth requirements and observable characteristics.
Priestley discovered that plants released oxygen during photosynthesis, while Ingenhousz demonstrated that this process only occurred in the presence of sunlight. Together, their findings established the role of sunlight in the process of photosynthesis, with Priestley's work on oxygen production and Ingenhousz's work on the light-dependent nature of the process.
He proved that Priestley's experiment only worked when plants were exposed to sunlight. Concluding that Priestley had not performed his experiment without sunlight. Ingenhousz performed both in sun and dark presence.
Plants produce glucose and oxygen in photosynthesis.
Experiments to produce new breeds of plants may help the country. These new breeds could supply enough food to feed the hungry in the country.
Experiments to produce new breeds of plants may help the country. These new breeds could supply enough food to feed the hungry in the country.
New breeds of plants may grow faster, be more nutritious and/or more resistant to pests/pesticides/drought. These are just some possible factors that could help a country to create food in greater quantities, at a lower cost and with the use of less chemicals.
Jan Ingenhousz concluded from his experiments that all plants need sunlight to produce energy. He also concluded that plants underwater only produce oxygen bubbles when they have access to sunlight.
Mendel was a monk and growing plants to produce food for the group made him look at what was growing. He was also lucky to grow plants that had simple genetic patterns. He was a very educated scientist and after many growing seasons he was able to see patterns. He then did his famous experiments.
to help produce crops and make new breeds of amimals
Genetics experiments on breeding plants or animals are based on the laws of inheritance, primarily Mendelian genetics. These laws describe how traits are passed down from parents to offspring through genetic material. By understanding these laws, scientists can predict and manipulate the outcomes of breeding experiments to produce desired traits.
Jan Ingenhousz, a Dutch scientist, is credited with discovering that plants release oxygen during photosynthesis. His experiments in the 18th century demonstrated that plants produce oxygen in the presence of sunlight.
Gregor Mendel used pea plants for his hereditary experiments
Ressive genes. Smooth seeds are dominant in the pea plants Mendel used in his experiments.
Some of the best plants for science experiments include fast-growing plants like radishes, beans, and sunflowers. These plants are commonly used in experiments because they grow quickly and are easy to observe and measure changes in growth. Additionally, plants like peas, corn, and lettuce are also popular choices for experiments due to their relatively simple growth requirements and observable characteristics.
Priestley discovered that plants released oxygen during photosynthesis, while Ingenhousz demonstrated that this process only occurred in the presence of sunlight. Together, their findings established the role of sunlight in the process of photosynthesis, with Priestley's work on oxygen production and Ingenhousz's work on the light-dependent nature of the process.