Answer:
I think no because the critical properties distinguishing life is adaptation to changing environment and self replication of the information encoding the life process. Fire does not change its process to adapt to its environment, e.g. moving toward more fuel or storing and conserving fuel when it is in short supply.
Hope this help you!:)
Answer:
Matter can be recycled while energy cannot be recycled in an ecosystem.
Explanation:
Energy is lost in form of heat from one organism to another. The major energy in an ecosystem is from the sun (solar energy) which is taken by the producers. Once the sun stops generating energy, life will be difficult. Unlike the sun, matter can be recycled. Living things need non living things to survive. Matter can be 'nutrient' (which is non living). Nutrients are needed for life and growth. Nutrients include water, oxygen, carbon etc. An ecosystem nutrient cycle shows that decomposes are vital. Decomposers release nutrients when they break down dead organisms. These nutrients released by Decomposers are taken in by plants through the roots. The nutrients pass from producers (plants) to primary consumer (herbivores) when they feed on plants and then to higher levels consumers when they feed and digest the lower levels consumers and the producers. When they (the living things) grow and die, the nutrient cycle begins again.
Answer: True
The statement " the synthesis of a large collection of information that encompasses well tested and verified hypothesis about certain aspects of natural world is known as <em>"scientific theory". </em>
It was proposed by Charles Darwin and Alfred Russel in the mid 19th century.
Typically, it is about the relationship between various facts and is a way of providing a concise explanation for what's been observed. A scientific theory is a well- substantiated explanation of an aspect of the natural world.
Based on the data provided, the force that must be applied at the small piston is f = 1500 × 9.81 × 250/A.
<h3>What is the Pascal principle?</h3>
Pascal's principle states that the pressure applied to an enclosedfluid is transmitted undiminished tp every portion of the fluid.
Mathematically:
f/a= F/A
where
- f is the force applied to the small piston
- a is the area of the small piston
- F is the force at the large piston
- A is the area of the large piston
Therefore:
f = Fa/A
Since the area of the large piston is not given
f = 1500 × 9.81 × 250/A
Therefore, the force that must be applied at the small piston is f = 1500 × 9.81 × 250/A.
Learn more about Pascal's principle at: brainly.com/question/4262025
Answer:
Counterclock wise
Explanation:
As the magnetic field is decreasing in nature, according to Lenz's law, the direction of induced emf is such that it always is in the opposite direction of the cause due to which it produces. Here, the magnetic field is decreasing so the direction of induced emf is such that it always in the sense such that the magnetic field is increasing.
Thus, the direction of induced current is in counter clockwise direction.
