Answer: The correct answer is- Hyphae.
Mushroom belongs to the kingdom fungi, which includes any group of eukaryotic organisms that are having microorganisms such as yeast, moulds, and mushrooms.
Many species of fungus exhibit slender, filamentous structures, known as hyphae. In most fungi, hyphae are considered as the primary mode of vegetative reproduction and form a vegetative part of fungus, termed as mycelium.
Therefore, the slender filaments that make up the body of a mushroom are called hyphae.
Answer:
The correct answer would be the skeletal system, muscular system, and nervous system.
The skeletal and muscular systems are involved in making any kind of movement as well as maintaining the body posture.
The nervous system control and coordinate the movement and posture of the body.
The nervous system controls the skeletal muscles to produce movement.
Skeletal muscles are connected to the skeletal system of the body. Thus, ultimately they produce movement in the skeletal system.
Answer:
The Answer is 23
Explanation:
T OR F
Answer:
True I think
Explanation:
Answer:
hypertonic
Explanation:
During a hurricane, the plants in freshwater marshes die because the invading saltwater is hypertonic (B), meaning it has a higher solute (salt) concentration. This causes water from inside the cells to move out into the surrounding saltwater, which can lead to the cells losing so much water that they die.
During a hurricane, salt water invades fresh water marshes causing many of the plants to die and ultimately the loss of soil. This is because the salt-water solution is Hypertonic to the plants, which ends up drawing water from the plant cells.
A hypertonic solution has higher solute concentration (in this case, salt) than the inside of the plant cells.
Given that osmosis is the movement of water from an area of lower solute concentration to an area of higher solute concentration, the water inside the cells moves out into the surrounding saltwater, which can result in the cells losing too much water and dying.
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Answer:
The correct dating methods will be:
Explanation:
The primate fossils presented in the question above must be submitted to the dating processes known as radiopotassium and biostratigraphic so that the age of these fossils can be determined as accurately as possible.
Radiopotassium dating is based on the half-life of potassium, which is equal to 40 years. The term half-life refers to the number of years it takes for half the number of atoms of the radioactive isotope to be destroyed. Thus, radiopotassium dating measures the amount of potassium present in a fossil and relates this amount to the half-life of potassium, thus being able to calculate the age of the fossil.
Biostratigraphic dating, on the other hand, allows the age of a fossil to be determined by being compared with the age of another fossil and the physical and structural composition that these fossils have.
Therefore, to determine the age of primate fossils, radiopotassium dating would first be used in some fossils. These would be used as a model during biostratigraphic dating, allowing confirmation of the age of other fossils.
b.)redox reaction
c.)reduction
d.)oxidation
Answer:
The correct answer would be c.)reduction
Oxidation and reduction occur when transfer of electrons takes place from one element or atom to another.
The atom which receives or gains electron is said to be reduced while the atom which looses an electron is said to be oxidized.
For example, in cellular respiration oxygen gains electrons and H⁺ ions and is converted into water which is released as the byproduct of the process.
1/2 O₂ + 2 e⁻ + 2 H⁺ → 2H₂O