Answer:
b
Explanation:
because it's doesn't breathe or mover
There are some insects that can walk on water, this phenomenon is possible because the water has surface tension. One animal that can walk on water is the lizard.
Answer:
The correct answer is -
1. stomata - openings that are most frequently found on the underside of a leaf.
2. Palaside layer - the layer in the leaf that is the primary spot of photosynthesis.
3. spongy layer - the layer within the leaf that has many holes and spaces for gases to exchange.
4. cuticle - the waxy protective coating on leaves.
5. epidermis - the outer layer of cells on leaves that has a waxy coating.
Explanation:
The structure of leaves has various layers and structures in it for specific functions.
Epidermis - it is the outermost protective layer of the leaf that has a waxy coating known as the cuticle.
Cuticle - it is a waxy coating that provides protection to the plant leaves and prevents moisture to move out of the cells.
Palisade layer - it is the closely packed photosynthetic pigments chlorophyll layer known as the primary spot for photosynthesis.
Spongy layer - it is the layer that has loosely packed photosynthetic cells and allows the gaseous exchange as their many small holes and spaces.
Stomata - Stomata is the holes or openings that are most frequently found on the underside of a leaf that allows for gaseous exchange.
Glycolysis is the process responsible for generating
the most ATP within cellular respiration
<span>
During cellular respiration, the
food molecules such as glucose, are oxidized to carbon dioxide (CO2) and water (H2O)
and trapped in ATP (Adenosine triphosphate) form for further us of cell’s
activities. ATP’s are formed at mitochondria – the cell’s powerhouse. This type
of organelle takes and breaks nutrients absorbed by the cell and creates energy
afterward. The energy from ATP is then used by the body in kinetic activities
like running & walking or involuntary activities like breathing, blood
circulation, stimulus-responding, etc.</span>
