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At what wavelength do the planetary bodies and Sun have their maximum emissive power? What range of the spectrum does this fall in?
As the surface temperature increases, does the wavelength increase or decrease?
What is the maximum temperature required for the maximum emissive power to enter the microwave range? What is the minimum temperature required for the maximum emissive power to be in the x-ray range? Assume the following for the average surface temperatures of the bodies:
Sun: 5777KMercury: 440KVenus: 740KEarth: 290KMars: 210KJupiter: 165KSaturn: 135KUranus: 80KNeptune: 75K
plot the frequency spectrum (both amplitude and phase spectra) using MATHLAB for |k|
can you solve the problems attached not all only the below numbers ltbrgt ltbrgtq 1 2 3 4 5 7 8 9 only a 10 ltbrgt
Suppose that the type of key in a hashing application you are implementing is String. Design, implement, and test a hash function that converts a key to a hash value. Assume that the size of the hash table is a prime number.
a conducting rod having a mass density 2 kgm is suspended by two flexible wires in a uniform magnetic field which
A single phase transformer has the following rating: 120 kVA, 2000 V/100 V, 60 Hz with 1000 primary turns. Determine: (a) the secondary turns (b) the rated primary and secondary currents (c) the maximum flux
Consider an air compressor operating steadily. How would you compare the volumetric flow rates of the air at the compressor inlet and outlet. Will the temperature of air rise as it is compressed by an adiabatic compressor.
Peak power during incremental cycling increased to a mean of 315 watts with a standard deviation of 16 watts. Construct a 95% confidence interval for the man peak power after training.
If this op amp is used in a non-inverting amplifier having a closed loop dc gain of 100, sketch the bode plot of the magnitude of the closed loop gain to scale. Repeat for a closed-loop dc gain of 10.
R1=1k ohms, R2=1.5k ohms and R3=3k ohms. Assume an ideal opAmp. Indicate the PEAK current in each of the resistors.
Explain clearly what do you understand by super charging. How is it achieved? What is the effect of super charging on the folloing parameters: 1. Power output 2. Mechanical efficiency and 3. Fuel Consumption.
During an AP, the membrane potential typically moves from -70mV to +20mV and back again. In a cell with 10um radius and 1uF/cm^2, how many charges need to move across the membrane (and back again) to get this 90 mV voltage fluctuation?
Design an EKG amplifier interface to a 6811/6812. The biopotential is a ±5-mV signal measured between the left and right arms using silver-silver chloride electrodes. A third electrode is placed in the right leg and is used as a reference.
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