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Question 1: Shown below is a simulation of forest elements. Develop and illustrate the stock and flow diagram for the same.
Question 2: Observe the following figure & Draw causal loop diagram for scenario with explanation & determine the type of feedback.
Question 3: The following feedback loop comes from a model of about how Greenhouse gases (GHG) interact with climate change. Figure shows incomplete causal loop diagram of model of about how Greenhouse gases (GHG) interact with climate change. Observe the all parameters and complete the causal loop diagram with the appropriate sign ( + or - ) or delay and direction. Redraw complete causal loop diagram with explanation. Walk through the feedback loop and then determine if it is balancing or reinforcing.( Meaning of Thawing- Dissolve)
Question 4: In the figure shown below, highlight the variables, stock and flow rate. Explain the significance of the stock flow diagram. Observe all the parameters and give the appropriate sign (+ or -) and direction. Walk through the feedback loop and then determine if it is balancing or reinforcing.
Question 5 The following model shows the interaction between the cows and the fields they graze. Observe all the parameters and complete causal loop diagram with appropriate sign (+ or -) and direction. Redraw complete causal loop diagram with explanation.
Walk through each feedback loop and determine whether it is balancing or reinforcing.
This is system engineering subject assignment containing 5 questions based on stock and flow diagram, casual loop and feedback diagram
A team of scientists is designing a radar as a probe for measuring the depth of the ice layer over the Antarctic land mass.To measure a detectable echo due to the reflection by the ice-rock boundary, the thickness of the ice sheet should not excee..
For Problem 10 (above), find the power dissipated in the resistor by using the expression P = V2/R.
Polonium (Po) is the only material which forms a simple cubic crystal (i.e., it is not FCC or BCC) structure with atoms at the corner positions. It is a metal (but it is radioactive so it has very few engineering applications!). Its atomic number ..
Find the maximum value of K for which the system is stable
Find the force exerted on a point charge Q1 by the point charges Q2 andQ3. Assume that Q1 =2.5[nC], Q2 = -12.0[nC], andQ3= -1.7[nC] are located at (0,-1,2)[m],(1.5,2,-1)[m],k and (-1,-1.5,2)[m], respectively.
Define the initial velocity of the model to be equal 10 m/s and perform time integration (10 seconds only) on tangent track with measurements
Design a Bethe hole coupler of the type shown in Figure 7.16b for a Ku-band waveguide operating at 17 GHz. The required coupling is 30 dB.
build a home security system circuit using this program. the system must include a door sensorwindow sensor smoke
For any lossless reciprocal three-port network, one port (say port 3) can be terminated in a reactance so that the other two ports (say ports 1 and 2) are decoupled (no power flow from port 1 to port 2, or from port 2 to port 1).
The bolts are of 22-mm diameter and are spaced longitudinally every 120 mm. Knowing that the beam is subjected to a vertical shear of 240 kN, determine the average shearing stress in each bolt.
State the three main mechanisms responsible for attenuation of ultrasonic waves in a transmission medium.
If the motor is driving a load whose torque requirement remains constant at 3Nm, independent of speed. Calculate the armature voltage Va to be applied in steady state, if the load to be driven at 1500RPM.
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