Answer:
Explanation:
We can determine each parameter by using the first method of Zeigler Nichols
For this process;
the initial state of the output =
For calculating the gradient, we use the equation:
where.
Time constant relates to the time
∴
To find time t
Recall that:
Using the first method of Zeigler Nichols
Answer:
Option A (energy transformations) is the correct solution.
Explanation:
- Energy has become a local matter that has been primarily described as the commitment to deal as well as to generate heat. There are several other power sources, which can either be transferred or transformed to several other renewable technologies.
- This same fundamental law defined that the energy required including its universe has been corrected and therefore that energy is being generated as well as severely damaged but should only be moved from one location to the next.
Those certain possibilities are not connected to the circumstance in question. And therefore this answer seems to be the correct one.
Answer:
Explanation:
In this case acceleration is defined as:
,
where k is a constant to be found.
To find the expressions for velocity and position as a function of time you must integrate the expression above for acceleration two times.
Initial conditions and boundary conditions are defined with the rest of the data as:
First integration is equal to:
The boundary condition and initial condition can be used to calculate and :
With this expression for velocity is defined as:
The same can be done to get to expression for position:
To get the total distance traveled you can integrate the velocity expression from time=0 sec to time=4 sec:
Answer:
microscope technology improved. Schleiden made his discovery, that caught the interest of other scientists, who went on to add new discoveries.