Derive an expression and numerical value for the distance of closest approach of an alpha to...

Derive an expression and numerical value for the distance of closest approach of an alpha to a gold nucleus, when the impact parameter is b=0 (i.e., a head-on collision). Use conservation of energy, and take the alpha particle energy to be 6 MeV (1 MeV = 1.602E-13 J). How does this compare with the Bohr radius? Why the difference, if any?

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genius_generous answered 2 years ago

Derive an expression of the van Deemter equation that shows how to calculate the minimum value...

Derive an expression of the van Deemter equation that shows how to calculate the minimum value of H based upon the values for A, B and C and not flow rate. (Assume the C terms are combined into one C term).

Derive the expression for government purchase multiplier in Keynesian model. If the value of G multiplier...

Derive the expression for government purchase multiplier in Keynesian model. If the value of G multiplier = 2.67 How do you interpret this?

Use the Holt’s approach. Determine the best value of alpha and gamma. Show your work on...

Use the Holt’s approach. Determine the best value of alpha and gamma. Show your work on a spreadsheet. Use L25 andT25 from the template of the model you obtained in question ‘5’ to calculate the forecast for months 26, 27, and 28. If you could not get the optimal alpha and gamma, use instead alpha = 0.8 and gamma = 0.2 to obtain L25 and T25, and now calculate the requested forecasts. Show your calculations. As a matter of policy,...

a. State the ampere circuital law b. Derive expression for inductance of a Toroid? c. Derive...

a. State the ampere circuital law b. Derive expression for inductance of a Toroid? c. Derive the set of Maxwell’s equations with solutions in the integral form from the fundamental laws of a good conductor? d. Derive the expression for torque developed in a rectangular closed circuit current (I) in a uniform field?

Derive an expression for the time dependence of the free radical concentration

C++ Consider the following algorithm for finding the distance between the two closest elements in an...

C++ Consider the following algorithm for finding the distance between the two closest elements in an array of numbers. ALGORITHM MinDistance(A[0..n − 1]) //Input: Array A[0..n − 1] of numbers //Output: Minimum distance between two of its elements dmin←∞ for i ←0 to n − 1 do for j ←0 to n − 1 do if i ≠ j and |A[i]− A[j ]| < dmin dmin ←|A[i]− A[j ]| return dmin Make as many improvements as you can in this...

The closest distance between the sun and Mercury is dm = 4.6 x 1010m. What is...

The closest distance between the sun and Mercury is dm = 4.6 x 1010m. What is the intensity of the sun’s light at Mercury? Mercury has a radius of rmer = 2.4 x 106m. How much power from the sun hits Mercury? Use the climate model to calculate the average temperature of Mercury, given a reflectivity of a = 0.07. At this distance, the temperatures reach 700 K during the day at the equator. How does this compare to your...

The closest distance a book can be read from a pair of reading eyeglasses (Power =...

The closest distance a book can be read from a pair of reading eyeglasses (Power = 2.06 dp) is 27.5 cm. What is the near distance? (Assume a distance between the eyeglasses and the eyes to be 3.00 cm)

Question (a) Derive linear density expression for FCC [100] direction and (b) planar density expression for...

Question (a) Derive linear density expression for FCC [100] direction and (b) planar density expression for BCC (100) plane in terms of the atomic radius R.

The Sun has an apparent magnitude of -26.74. The closest star system to us, Alpha Centauri,...

The Sun has an apparent magnitude of -26.74. The closest star system to us, Alpha Centauri, has an apparent magnitude of +0.01 and a luminosity of 1.1519 times that of the Sun. How much brighter is the Sun compared to Alpha Centauri? How close is this star system to us?

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