Transient stage is also called the unstable stage and in this stage, there is a gradual decrease in deformation rate to a definite constant value.
<h3>What is Transient stage ?</h3>
A transient state is when a process variable or variables changes, but before the system reaches a steady state.
Transient time is the time it takes for a circuit to change from one steady state to the next.
Therefore, Transient stage is also called the unstable stage and in this stage, there is a gradual decrease in deformation rate to a definite constant value.
Learn more about Transient stage here ;
brainly.com/question/22686897
#SPJ1
Bears are omnivores (and scavengers), meaning they eat both plants and animals.
it can be both a primary consumer (if it eats plants) and secondary & tertiary consumers (if it eats a plant-eating animal). so it depends on what it eats.
Answer:
time to do another things !
Explanation:
Here we can not fill in the blank the words like: products, because in many cases, a slower forward reaction can give the better quantity of products.
We can not say that a faster forward reaction gives the products with better quality, because it depend on what are the reactions we mention about.
Personally, I think this is the answer for this question.
It seems that something is missing in this question.
Answer:
made of different kinds of tissues
Explanation:
cause that's the only one that makes sense because it goes: cell, tissues,organ,organ system , organism
1. the simplest unit of life - cell
2. a individual organ - would be made of different kinds of tissues
3. tissues - would be made of one kind of cell
4- an organ system - meets all the needs of a organism
also it wouldn't make sense for a individual organ to be made of only one kind of cell so yeah
good luck :) I hope this was right
Answer: 0.011 moles.
Explanation:-
To calculate the moles, we use the equation:
Given :
Mass of copper = 0.71 g
Molar mass of copper = 63.5 g/mol
Putting i the values, we get:
Thus the number of moles of copper in 0.71 g of copper is 0.011 moles.
