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Prediction Questions
Question 1: What will be the frequency of light emitted by a diode that turns on at 2.1 Volts?
Question 2: Will this be higher or lower that the frequency light emitted by a diode that turns on at 4.5 volts? Will the 2.1 volt diode be bluer or redder?
Question 3: Most diodes turn on at several tenths of a Volt. Why don't we see light from them?
Analysis Questions
Question 1: How does the slope to compare with the accepted value of Planck's constant, 6.626x10-34 Joules.s? Consider the uncertainty of the slope for this comparison.
Question 2: Is the graph reasonably linear?
Report Requirements
1. Objective
2. Theory (one paragraph in your own words)
3. Measurement and uncertainty table
4. Data table, analysis table and graph with LINEST analysis
5. Conclusion
Was your data linear?
How many standard deviations was your result for Planck s constant away from the accepted values?
A spark plug in an automobile engine consists of two metal conductors that are separated by a distance of 0.80 millimeter. Obtain the magnitude of the potential difference between the conductors
A bicycle rider races with a constant speed around acircular track25m in diameter. what is the acceleration of the bicycle toward the center of the track if the speed is 6.0m/s
An electron is in the fifth Bohr orbit of hydrogen. Find the speed of the electron. Find the current corresponding to the motion of the electron
A wheel starts to rotate with constant acceleration and in 1minute performs 1000 rotations. Find acceleration and final speed of the wheel
Given the strategic decisions in the case, Classify three leadership actions that the industry would need to be consider to implement the decisions. Explain why these are critical to implementing the strategic decision.
A horizontal uniform solid disk of mass 3 kilogram and radius 2 meter starts from rest and rotates, about a vertical axis through its center, with a fix angular acceleration. Calculate what torque is being applied to the disk
A ball with m = .5 kg is thrown from the building (40m height) withinitial velocity 15 m/s downwards, find time it takes to reach the maximum height
a 2.55 kg steel ball strikes a wall with a speed of 10.0 ms at an angle of 60.0deg with the surface. it bounces off
The dielectric in a capacitor serves two purposes. It increased the capacitance, compared to an otherwise identical capacitor with an air gap, What is the maximum energy that can be stored if the plates are separated by a 0.50-mm-thick Teflon sheet
a van de graaff generator has a dome of radius 2.0 m. a motor causes a charged insulating belt to travel continuously
A 15.0 kg bucket of water is suspended by a very light rope wrappedaround a solid uniform cylinder 0.300 m in diameter with mass 12.0kg. What is the tension in the rope while the bucket is falling
A heart defibrillator delivering 400 J of energy by discharging a capacitor initially at 10,000 V has a capacitance of 8.00 µF (see Example 18.11 of the textbook). What is the voltage of the second defibrillator
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