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Q: Question in the attachment
A: Differentiate the expression for distance between the central maximum and the first maximum y=λDddyd...
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A: 1) Option - ( A) Can not be determined in the same time.
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Q: Question in the attachments
A: When a double slit is illuminated by a monochromatic light and the bar is removed then it turns to a...
Q: Gravitational acceleration is 9.81m/s2.
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Q: Solve the DE y'-y y2e" using the Bernoulli method. (a) Hint:Remember that the form must be y' +p(x)y...
A: Power of y on right hand side is 2 so n=2. y'-y=y2exso, n=2dvdx+1-2 v=1-2 exdvdx-v=- exPx=1-2 v=-1yQ...
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A: Given data: The mass of the ice is m1=51 g. The mass of the water is m2=43.0 g. The mass of steam i...
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A: Part (1): The density is independent of the mass of the substance, it only depends upon the nature o...
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A: Velocity of the balls just before collision with the ground v2=u2+2ghv=2gh u=0
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A: Using ideal gas law PV=nRTn=PVRT
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Q: = 0 at infinity, what are the electric potential and electric field at the center C of the circle du...
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A: Since we only answer up to 3 sub-parts, we’ll answer the first 3. Please resubmit the question and s...
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A: Given: v(r) =-V0, if r≤a;0, if r>a.
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Q: A string with both ends fixed is vibrating at its 3rd harmonic. The waves have a speed 192 m / s and...
A: (a) equation of motion yx,t=Asinkxcosωtyx,0=Asin2πλx=Asin2πv/fx=Asin2πfvx
Q: A thin glass rod of radius R and length L carries a uniform surface charge s. It is set spinning abo...
A: Answer: Given: A thin glass rod of radius R and length L carries a uniform surface charge s. It is ...
Q: eries 3. A damped harmonic oscillator is acted on by a periodic force. The first three terms of its ...
A: Given A damped harmonic oscillator is acted on by a periodic force. The first threeterms of its Four...
Q: Question in the attachments
A: The resolving power of telescope is, θ=1.22λDWhereθ=arcradiusdistance=dL that is, dL=1.22λD
Compact florescent light bulbs save energy when compared to traditional incandescent bulbs. Our green energy campaign includes efforts to get local residents to change their incandescent bulbs to florescent bulbs. Initially 184 households make the change. Market studies suggest that, in the absence of limiting factors, we could increase that number by 28% each month. In our target area, there are 246,744 households, which we take as the limiting value. Make a logistic model that gives the number of households converting to florescent bulbs after t months. (Use t as your variable. Round r to three decimal places.)
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