According to Online Digital Education Connection, analogies for chloroplasts are power plants that imitate the function of chloroplasts in a plant cell to utilize solar energy or light in the processing of food for plant cells. Score Science lists solar energy plants as city analogies for chloroplasts.Know More
AaronSklar.com draws another analogy between chloroplasts in plant cells and windmills, saying the latter utilizes raw wind energy to produce energy for city use, just as the former converts light energy of the sun into food for plants.
Chloroplasts produce food for plants through photosynthesis. Through synthesis of proteins, chloroplasts utilize captured radiant energy from the sun, which is then stored in plant cells as chemical energy in the form of glucose. An analogy is drawn whereby chloroplast function is compared with the use of solar panels in sections of an airport. Again, the panels convert sun rays into electricity, a form of energy utilized in airports.
Chloroplasts are green in color. They contain the chlorophyll pigment, which absorbs red and blue colors and reflects them as green during the processing of food using light energy. It is the reflection during photosynthesis that makes chloroplasts look green. Components of chloroplasts include outer and inner membranes, stroma, granum and thylakoid.Learn more about Cells
Chloroplasts have no innate method of movement, but they are connected to fibers called actin which respond to light and move the chloroplasts around a cell according to the intensity of light exposure. This allows plants to take advantage of key brightness indexes while avoiding harmful overexposure.Full Answer >
The part of the plant cell that gives the plant its green color is an organelle called the chloroplast. Inside the chloroplast there are pigment molecules called chlorophyll, which is the substance that gives plants their green color.Full Answer >
During the last part of telophase in a plant cell, a cell plate begins to form between the two cell membranes. The cell plate develops into a cell wall, which divides the two daughter cells.Full Answer >
To make a 3-D plant cell, gather materials like yarn, salt dough, candy, cake, clay or beads, and then determine what plant cell that the model will be fashioned after and use the materials to make it. Making a 3-D plant cell is fun and provides the ability to see in detail the parts of a plant cell.Full Answer >