Like most organisms, when a pea is germinating, or growing, it needs more energy. As such, the respiration increases significantly during this time.
Yes, peas generally have a faster cellular respiration rate than beans, primarily due to their higher metabolic activity during germination. Peas are often more active in their growth processes, requiring more energy, which results in increased respiration rates. Additionally, the enzymatic activity in peas can be higher compared to beans, further contributing to this difference. However, specific conditions and the age of the seeds can also influence respiration rates.
During germination, a seed's respiration rate increases as it activates metabolic processes to support growth. In contrast, non-germinating seeds have a lower respiration rate as they are in a dormant state. As germination progresses, the respiration rate of the seed will continue to rise to meet the demands of growth.
They undergow seven phases. They are called first stage, second stage, third stage, fourth stage, fifth stage, six stage, seven stage, and eigth stage. They all undergow stages
Well, isn't that just the most delightful question! A bowl of different kinds of beans is a mixture because each bean brings its own unique color, shape, and flavor to create a harmonious blend. Just like a happy little family, these beans come together to create a beautiful and tasty combination that warms the heart and fills the belly. So, embrace the diversity of beans in your bowl, and savor the wonderful medley they create!
387 beans
temperature can affect the rate of respiration in mungbeans the higher the temp the more oxygen is taken in during respiration. i think! Dr. Fraz - Is that the worst biologically explained answer I've ever heard?! I think?! Think?! Don't answer if you don't know for sure! You're just providing pointless information aren't you! As it happens you are correct, it's just a very poor/unhelpful question, and the uncertainty with which you answered it quite frankly peed me off a little! Temperature does affect the rate of respiration. As the temperature increases the Mung Beans respire quicker. The increase in temperature will continue to increase the rate of respiration but only to a certain point. Once the temperature reaches around 700c the Mung Beans start to denature due to the temperature becoming too high for them to survive. This ultimately will lead to a decrease and eventual cease of all respiration. I must also add, your grammar is terrible. Capital letters? Take pride in your answer, I now I do! :D
Yes, in very small quantities. Cocoa beans undergo a process of drying and fermentation to develop the flavour and colour. The amount of caffeine in the beans varies with the type of beans and the degree of fermentation. Hope this helps
Manufacturers roast, shell, and grind the beans to produce unsweetened chocolate, the chocolate liquor that is the basic ingredient of all chocolate products.
Some seeds that undergo epigeal germination include beans, peas, peanuts, sunflower seeds, and most types of dicot plants. In epigeal germination, the cotyledons are pushed above the soil surface as the seedling emerges.
Glucose is the most common energy source for cells and enters cells through facilitated diffusion via glucose transporters, such as the GLUT proteins. Once inside the cell, glucose undergoes cellular respiration to produce ATP, the cell's primary energy currency.
i say lima beans, then butter beans. lima beans, Castro beans, and green beans
Jelly beans, gorilla beas, porquipine beans, bee beans, orange beans, baked beans (only heinz of course), lorax beans, cupcake beans, roasted beans, poached beans, pig beans, scabby beans, beacon beans, boat beans, beard beans (baked beans dipped in the cowboy's closest friend's beard), armadillo beans and ben beans (invented by famous cowboy ben pratchett). Hope this helps! :-)
Beans contain both potential energy in the form of carbohydrates, proteins, and fats, as well as chemical energy stored in their cellular structures. When beans are broken down through digestion, this energy is released and can be utilized by our bodies for various metabolic processes.
A crock of beans, a pot of beans, a bowl of beans, a serving of beans.
During germination, a seed's respiration rate increases as it activates metabolic processes to support growth. In contrast, non-germinating seeds have a lower respiration rate as they are in a dormant state. As germination progresses, the respiration rate of the seed will continue to rise to meet the demands of growth.
Collective nouns for beans are a hill of beans or a can of beans.
Green beans, wax beans, kidney beans, canalini beans, garbanzo beans, and pinto beans are used often. Any bean can be a salad component.