Ayuda con la tarea de biología

La parte más complicada de aprender biología es cómo hacer que los estudiantes comprendan el mundo microscópico de la biología, cómo entrar en las células y explorar genes y moléculas. Sin embargo, con el desarrollo de la tecnología de la información, la ayuda con la tarea de biología puede desempeñar un papel importante cuando ni las palabras ni las imágenes pueden explicar completamente los puntos de biología.

QuestionAI es un software de aprendizaje de biología en línea que le ayuda a aprender y dominar el conocimiento de la biología, incluida una variedad de experimentos y ejercicios correspondientes, que es fundamentalmente diferente del ayudante común de preguntas de biología. Aquí, puede simular experimentos para reproducir los escenarios experimentales, de superficial a profundo, capa por capa, para aprender y comprender los puntos de conocimiento.

1. According to Passage 1, which of the following best explains why muscle cells contain more mitochondria than skin cells? A) Muscle cells store more glucose than skin cells. B) Muscle cells require more energy due to their constant movement. C) Muscle cells have more DNA than skin cells. D) Muscle cells undergo photosynthesis to produce ATP. 2. In Passage 2, which of the following conclusions can be drawn about mitochondrial diseases? A) They only affect cells in the brain. B) They occur when mitochondria fail to produce enough ATP. C) They are caused by defective lysosomes. D) They do not impact high-energy organs like the heart. 3. Based on Passage 1 how are mitochondria and chloroplasts similar in function? A) Both are found in all eukaryotic cells. B) Both generate energy in the form of ATP. C) Both require sunlight to function. D) Both break down waste in the cell. A scientist is studying two groups of muscle cells: square Group 1 has normal mitochondria. square Group 2 has mitochondria that produce 50% less ATP 4. Which of the following hypotheses would be most supported by the results? A) Group 1 cells will contract more effectively than Group 2 cells. B) Group 2 cells will produce more ATP than Group 1 cells. C) Group 1 cells will store more lysosomes than Group 2 cells. D) Group 2 cells will begin performing photosynthesis. 5. Based on Passage 2, if a lysosome stops functioning properly,what would most likely occur? A) The mitochondria would compensate by producing more ATP. B) Waste and cellular debris would accumulate inside the cell. C) The nucleus would take over the lysosome's function. D) The cell would become more efficient at producing glucose. 6. A researcher discovers a new organelle in a eukaryotic cell that appears to store waste but does not break it down. Based on the passages , which existing organelle is this new structure most similar to? A) The nucleus B) The mitochondrion C) A defective lysosome D) A ribosome

Which of the following are found in the rich soll made from composting and are very important for planto and life in general? Select two. oxygen Carbon Nitrogen Water Rowatch

1. According to Passage 1 , which of the following best explains why muscle cells contain more mitochondria than skin cells? A) Muscle cells store more glucose than skin cells. B) Muscle cells require more energy due to their constant movement. C) Muscle cells have more DNA than skin cells. D) Muscle cells undergo photosynthesis to produce ATP. 2. In Passage 2, which of the following conclusions can be drawn about mitochondrial diseases? A) They only affect cells in the brain. B) They occur when mitochondria fail to produce enough ATP. C) They are caused by defective lysosomes. D) They do not impact high-energy organs like the heart. 3. Based on Passage 1 how are mitochondria and chloroplasts similar in function? A) Both are found in all eukaryotic cells. B) Both generate energy in the form of ATP. C) Both require sunlight to function. D) Both break down waste in the cell. A scientist is studying two groups of muscle cells: square Group 1 has normal mitochondria. square Group 2 has mitochondria that produce 50% less ATP 4. Which of the following hypotheses would be most supported by the results? A) Group 1 cells will contract more effectively than Group 2 cells. B) Group 2 cells will produce more ATP than Group 1 cells. C) Group 1 cells will store more lysosomes than Group 2 cells. D) Group 2 cells will begin performing photosynthesis. 5. Based on Passage 2, if a lysosome stops functioning properly,what would most likely occur? A) The mitochondria would compensate by producing more ATP. B) Waste and cellular debris would accumulate inside the cell. C) The nucleus would take over the lysosome's function. D) The cell would become more efficient at producing glucose. 6. A researcher discovers a new organelle in a eukaryotic cell that appears to store waste but does not break it down. Based on the passages,which existing organelle is this new structure most similar to? A) The nucleus B) The mitochondrion C) A defective lysosome D) A ribosome

Multiple Choice 20 points During the early stages of development, dolphin embryos begin to develop hindlimbs. By the time the dolphin fetuses are fully developed. the hind limbs have disappeared Which statement best explains the early development and then disappearance of hind limbs in dolphins? Dolphin fetuses change their development to adapt to an aquatic environment. The genes that control the development of hind limbs are destroyed as the fetus develops The early ancestors of dolphins had limbs Dolphins are evolving to become terrestrial animals.

7. Based on both passages, which statement correctly compares mitochondria and lysosomes? A) Both produce ATP for the cell's energy needs. B) Both are involved in breaking down cellular waste. C) Mitochondri generate energy, while lysosomes break down waste. D) Lysosomes carry out photosynthesis while mitochondria control genetic material. 8. If a plant cell's chloroplasts were removed, what would most likely happen? A) The cell would continue making glucose using its mitochondria. B) The cell would no longer be able to perform photosynthesis. C) The cell would store more energy in its lysosomes. D) The cell would produce more ATP than before. 9. Which of the following best summarizes the relationship between an organelle's structure and its function? A) Organelles have different structures but all perform the same function. B) The structure of an organelle is unrelated to its function. C) An organelle's structure determines its function, allowing specialization. D) Organelles must have identical structures to work together. 10. If a new treatment were developed to improve mitochondrial function in diseased cells which of the following outcomes would be expected? A) Increased ATP production and improved cell energy levels. B) Decreased energy levels and slower cellular activity. C) More lysosomes being produced in the cell. D) A decrease in the cell's ability to perform photosynthesis.