If the time for reaching a steady value is very long, what effect might this have on the measured stopping voltage values? (Photoelectric Effect Lab) Need better answer that has more explanation than other posts. Thank you!
the time required to reach the steady state value will be very long but a state which will be almost steady will be achieved in definite small time, i.e the change due the ever changing state will be very low, infinitesimal after some time. So, almost no change in the stopping potential.
If the time for reaching a steady value is very long, what effect might this have on the measured...
If the time for reaching a steady value is very long, what effect might this have on the measured stopping voltage values? (Photoelectric Effect Lab)
Could you explain how to Simplicate the circuit in Steady
State after a long time?
What are the rules for reaching steady state and does it
effect other resistors?
30 120V 50V 300 600 Problem 6 (15 points). After a very long time and after all the connections were made in the following circuit, calculate the voltage and power in the 400 resistance. 2H 1F 124 20e 2H -> 120 1200 1F 400 150 120V SA VAne: 100v Prne =...
2nd question: A very long time after t = 0, when all currents
and voltages in the circuit have settled down to steady values, the
switch is opened again. What will be the current flowing through
the 100-Ohm resistor 0.02 seconds after the switch is opened Make
sure that you specific its direction (UP or DOWN)?
10 22 1. The switch S is closed at t = 0 (assume that the battery voltage remains constant at 10V and the resistance...
A very long time after t=0, when all currents and voltages in
the circuit have been settled down to steady values, the switch is
opened again. What will be the current flowing through the 100-Ohm
resistor 0.02 seconds after the switch is opened. Make sure that
your specific in its direction (Up or Down)?
10 2 2 H 10 V 100 000 wW S
After the switch has been closed and left closed for a very long
time, what is the potential drop across the 60.0-Ω resistor?
Can you please give a detailed and informative explanation for
this answer.
100.0 V 10.00 40.0 mH 30.0 60.0 15.0
Values vs. variables A variable is any measured characteristic or attribute that differs for different subjects. Variables are things that we measure, control, or manipulate in research. Simply something that varies. The variable is the name of the scale along which the values lie. Given several values, what is the name of the variable along which the values lie? 1. 16 ounces, 32 ounces, 1 pound: 2. One month old, 2 years old, 10 years old, 20 years old 3....
Does anyone know how to do this? Thanks in advance!
Enzyme Activity (ml) Effect of pH on (amylase) enzyme activity. For determination of optimum assay pH of the enzyme reaction, 0.05 M Na2HPO4-NaH2PO4 buffer was used. The reaction was carried out for 10 min at 50°C in a shaking water. The enzyme activity was measured and the results are presented on graph, Bars represent means standard deviations for three replicates. 1. What do the error bars in this graph represent?...
We have two very long wires, which are parallel to each other pointing to the right in front of us. The pair of wire is horizontal. The wire closest to us carries a charge per unit length of 1mC/m and the other the opposite charge. The two wires are 1m apart and both move together at 100m/s along the wire to the right. We are looking at what happens in the middle region of the two wires (not the end)....
1. Why does money have a time value? Why is it important? 2. Discuss whether the standard deviation of a portfolio is, or is not, a weighted average of the standard deviations of the assets in the portfolio. Fully explain your answer. 3. You want to invest in bonds. Explain whether or not each provision listed will make the bonds more or less desirable as an investment: call provision, convertible bond provision, and subordinated debt. 4. What is the difference...
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need answer for qustion (2)
1. One of the reasons why the MARE architecture is very inefficient is because it only has 1AC Assuming that you have access to many other ACs (AC, AC1, AC2, etc) Assume that in the new MARIE Architecture, you can do ADD 105 AC1 This means: Value @ x105 ACAC or suB 104 AC2 → This means: Valus @ x 104 + AC → AC2 How would your program (Lab #s, Question 1, also...