photosynthesis
Hooke's discovery of cells was made by observing slices of cork through a microscope. He noticed small honeycomb-like structures, which he called "cells," resembling the cells of a monastery. This discovery laid the foundation for the field of cell biology.
The organism exhibits a negative gravitactic response, as it moved toward the bottom of the slide. It also showed positive phototactic response by moving to the right. The organism likely responds to both gravity and light stimuli to orient its movement.
Robert Hooke observed small compartments in a slice of cork under a microscope and coined the term "cell" to describe them. He noticed the box-like structures and likened them to the small rooms or cells in a monastery, hence the term "cell". This discovery marked the beginning of the study of cells as the basic unit of life in biology.
The organism's movement towards the bottom and then to the right suggests that it may be exhibiting random or exploratory behavior. It could be searching for food, avoiding a stimulus, or navigating its environment. Further observation and analysis would be needed to determine the exact reason for its movement.
Alexander Fleming discovered penicillin by observing that mold (Penicillium) had antibacterial properties. He noticed that a mold contaminant in one of his petri dishes was preventing bacterial growth. This led to the development of penicillin, the first antibiotic.
photosynthesis
Hooke's discovery of cells was made by observing slices of cork through a microscope. He noticed small honeycomb-like structures, which he called "cells," resembling the cells of a monastery. This discovery laid the foundation for the field of cell biology.
Robert Brown made his discovery of Brownian motion by observing pollen grains under a microscope in 1827. He noticed that the pollen grains were constantly in a jittery, random motion, which he later attributed to the motion of water molecules in the surrounding solution pushing the pollen grains.
This is the part where you are actually supposed to put your hands on the microscope and follow the directions, not play around on the internet.
Scientists did not discover Mars. It was first noticed in the skies by ancient peoples sitting in the open observing the night sky.
Robert Hooke discovered and coined the term "cell" when he observed the structure of cork under a microscope in the 17th century. His work laid the foundation for the development of the cell theory, which states that all living organisms are composed of cells.
The cell was discovered by Robert Hooke who had been looking at cork under a microscope. He noticed little "boxes" which he called cells. Infact, the "cells" were part of the membrane of cork cells. It wasn't until the 1830s that cytoplasm was discovered. Before this cell organelles were thought to float around in the cell. Cytoplasm is the "jelly-like" substance that contains all membrane bound organelles. I do not remember the year Robert Hooke discovered cells.
This is the part where you are actually supposed to put your hands on the microscope and follow the directions, not play around on the internet.
The microscope was first invented and used by Robert Hooke. He looked at slices of cork under the microscope and noticed that they look like the little rooms that monks used. These were called cells. And so came the term cells for what makes up tissues.
The organism exhibits a negative gravitactic response, as it moved toward the bottom of the slide. It also showed positive phototactic response by moving to the right. The organism likely responds to both gravity and light stimuli to orient its movement.
Robert Hooke observed small compartments in a slice of cork under a microscope and coined the term "cell" to describe them. He noticed the box-like structures and likened them to the small rooms or cells in a monastery, hence the term "cell". This discovery marked the beginning of the study of cells as the basic unit of life in biology.
The organism's movement towards the bottom and then to the right suggests that it may be exhibiting random or exploratory behavior. It could be searching for food, avoiding a stimulus, or navigating its environment. Further observation and analysis would be needed to determine the exact reason for its movement.