No. Diffusion is the process in which particles move from where they are in higher concentration to where they are in lower concentration.
Yes, a plant with naturally yellow leaves likely contains chlorophyll for photosynthesis, but the yellow color can also be due to other pigments like carotenoids or xanthophylls. These pigments may be present in lower amounts compared to chlorophyll, causing the yellow color to become more apparent.
High temperatures can accelerate the process of chlorophyll degradation in plants, leading to faster chlorophyll loss. This is because heat can disrupt the structure of chlorophyll molecules and the enzymes involved in chlorophyll breakdown, ultimately speeding up its degradation. Conversely, lower temperatures can slow down the rate of chlorophyll loss.
Chlorophyll primarily absorbs blue and red wavelengths of light for photosynthesis, while reflecting green wavelengths, which is why plants appear green. Some chlorophyll types can absorb a small amount of green light, but the efficiency is much lower compared to blue and red light absorption.
The tissue in the leaf that contains chloroplasts and carries out photosynthesis is called the mesophyll tissue. It is located between the upper and lower epidermis of the leaf and consists of two types of cells: palisade mesophyll and spongy mesophyll. Both types of cells contain chloroplasts responsible for trapping light energy and converting it into chemical energy through photosynthesis.
No. Diffusion is the process in which particles move from where they are in higher concentration to where they are in lower concentration.
Yes, a plant with naturally yellow leaves likely contains chlorophyll for photosynthesis, but the yellow color can also be due to other pigments like carotenoids or xanthophylls. These pigments may be present in lower amounts compared to chlorophyll, causing the yellow color to become more apparent.
Can't draw a diagram for you but, from top to bottom: cuticle-waxy substance secreted by epidermis cells that waterproofs the leaf upper epidermis-closely fitted together like a jigsaw. no chlorophyll palisade layer-where most photosynthesis occurs. chlorophyll present spongy layer-gases diffuse through this layer. chlorophyll present lower epidermis (contains stomata)-like upper epidermis. stomata contain chlorophyll
cos it contains salt :)
High temperatures can accelerate the process of chlorophyll degradation in plants, leading to faster chlorophyll loss. This is because heat can disrupt the structure of chlorophyll molecules and the enzymes involved in chlorophyll breakdown, ultimately speeding up its degradation. Conversely, lower temperatures can slow down the rate of chlorophyll loss.
The lower surface is the oral side. The upper surface is referred to as the aboral side.
The stomata are located on the lower surface of a leaf.
When a fast-moving ball is in motion, the air on its upper surface moves faster than the air on its lower surface. This creates a pressure difference, causing the ball to swing in the direction of lower pressure. Factors like seam orientation, surface roughness, and airflow can further influence the direction and degree of swing.
It has more color.
Surface water usually contains more inorganic material compared to groundwater. This is because surface water is exposed to more elements and can pick up sediment and pollutants as it flows over land, whereas groundwater is filtered as it moves through soil and rocks, resulting in lower levels of inorganic material.
The thigh is the upper part of the lower extremity, located between the hip and knee joints. It contains the femur bone, which is the longest and strongest bone in the body. The leg is the lower part of the lower extremity, located between the knee and ankle joints, and contains the tibia and fibula bones.
Ocean stratification is one of the solutions to lower the sea surface temperature.