An example of a situation in equilibrium is the amount of money in a bank account never changes.
What is Equilibrium?
Equilibrium is a point where the supply and demand are perfectly equal.
Equilibrium can be of two types:
- dynamic equilibrium
- static equilibrium
Example of equilibrium conditions include:
Chemical equilibrium - this refers to the equilibrium that exists in chemical systems. This form of equilibrium is a dynamic equilibrium where even though conditions in the system remain constant, the molecules in the system are constantly changing.
See-saw equilibrium - this is a static equilibrium where there os no change occurring in the sytem.
An equilibrium state is reached when when the supply and demand is equal such as the case when the amount of money in a bank account never changes.
In conclusion, equilibrium state is constant and never changes.
Learn more about equilibrium at: brainly.com/question/517289
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<span>The inheritance of a trait in humans is best described as being determined by one or more alleles </span>
Answer:
a, 8
b, 3
Explanation:
If the pedigree you are referring to is the one that is attached then the answer would be:
A pedigree shows how a trait is passed on throughout generations. Like it says in the question, the squares represent males. If the square isn't shaded in, then that means they are unaffected by the trait or normal. If it is shaded, they are affected.
All you need to do for the first question is count the number of squares you see in the whole pedigree. In this case, there are 8.
The second one is asking how many are affected, or have hemophilia. You need to count the number of squares that are shaded in. In the pedigree, we see 3.
Answer:
The human skeleton is the internal framework of the body. It is composed of around 270 bones at birth – this total decreases to around 206 bones by adulthood after some bones get fused together.
Explanation:
Sonar sends sound waves to the bottom that bounce back and tell the machine how far away the object is based on how long it takes for the sound wave took to come back.