Coal is solid and oil is a liquid.
Fats that cannot be transported by the bloodstream are absorbed by the lymphatic system. Specifically, they are taken up by specialized lymphatic vessels called lacteals, which are located in the intestinal villi. Once absorbed, these fats, primarily in the form of chylomicrons, are then transported through the lymphatic system before eventually entering the bloodstream.
Leeks!
A larger molecule or a polar molecule that cannot passively diffuse through the cell membrane would most likely be actively transported. Examples include glucose, ions (such as sodium and potassium), and amino acids.
If a child is born without a large intestine it cannot live obviously, where else would it's waste be transported through?
Carbon dioxide can diffuse passively through the cell membrane due to its small size and nonpolar nature. Water molecules can pass through the membrane via osmosis, a type of passive transport. Sodium ions are transported against their concentration gradient through active transport processes such as sodium-potassium pumps that require ATP for energy.
Fats that are unable to be transported by the bloodstream are absorbed by the lacteals. They are lymphatic vessels.
Large molecular-weight proteins that cannot be transported into the nucleus likely do not contain a nuclear localization signal (NLS) that is recognized by importins. These proteins may function primarily in the cytoplasm or at the cell membrane, where they carry out their specific roles without the need to access the nucleus.
Services cannot be transported. That being said, most goods are transported by either truck or rail transport. Export goods also can include large oil tankers or large container ships.
The flower will die. Water cannot be transported to the flower.
Gold particles with a diameter of nanometers (NM) can be transported across the nuclear membrane due to their small size, which allows them to pass through nuclear pore complexes that facilitate the selective exchange of materials. In contrast, larger particles cannot fit through these pores, restricting their movement. The nuclear membrane's selective permeability is essential for regulating what enters and exits the nucleus, thus ensuring proper cellular function.
Stalls in pipelines refer to situations where the flow of data or instructions through a processing pipeline is interrupted or halted, often due to dependencies or resource contention. This can occur in computer architecture when a subsequent instruction cannot proceed because it relies on the results of a previous instruction that has not yet completed. Stalls can lead to reduced performance and efficiency, as they cause delays in processing. Techniques such as data forwarding and pipeline interlocks are often used to mitigate stalls.
Proteins do not pass through cell membranes freely because they are large molecules that cannot easily fit through the membrane's lipid bilayer. Instead, proteins are typically transported into or out of cells through specific channels or transport proteins in a process called facilitated diffusion or active transport.