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Develop a floor plan and radiation safety/protection rules in form of instructions and guidelines for room where ionizing radiation is used for medical purposes.

Develop a floor plan and radiation safety/protection rules in form of instructions and guidelines for room where ionizing radiation is used for medical purposes. The type of equipment to be used to develop the floor plan is using a PET scaner, for example in the hospital. This report must be from a Physics perspective.

Write a section under the heading of introduction and discuss briefly the relationship between exercise and energy expenditure and how this relates to economy or efficiency, you should use references here.

Write a section under the heading of introduction and discuss briefly the relationship between exercise and energy expenditure and how this relates to economy or efficiency, you should use references here (100-150 words)

Discuss what happens to input/output impedances before and after feedback is applied.

Problem 1The gm1= gm2= 120 μS. Assume R1= R2= R3= 1 K. C1= 100 pF and neglect all other capacitors. Channel length modulation parameter = 0. (a) Identify the type of feedback(b)Discuss what happens to input/output impedances before and after feedback is applied(c)Estimate the numerical values closed-loop voltage gain for very low frequencies and very […]

Determine the refractive index of the glass and the refractive index and thickness of the optical coating.

Introduction The purpose of the lab project is to study how arbitrary polarized light is reflected at the planar interface between a slab of dielectric material and air. It will investigate how the intensity of the reflected light depends on the angle of incidence, for light polarized parallel and perpendicular to the plane of the […]

Fluorophores. Can the first fluorophore mEos2 be used for your proposed method?Discuss

1) Which super-resolution method do you advice? 2) Hardware. Name, specify and discuss all components that can be reused and those that must be purchased to fulfil the requirements of your lab. Include the pixel size of the camera into your considerations. 3) Fluorophores. Can the first fluorophore mEos2 be used for your proposed method? […]

. Convert the following settings as seen on gain of 8 to those on the gain settings as designated below.

Up to this point in time, we have used a gain setting of 1.0, which gives us a range of 1-1000 keV. However, we sometimes perform studies with radionuclides having a keV gamma peak of greater than 1000 keV, such as 59Iron, which has peaks at 1.095 meV and1.292 meV. Additionally, many instruments cannot be […]

Choose a set of desired closed-loop pole locations which you think might meet the required specification, and design a state-variable feedback system to place the poles in those locations. Explain your choice of pole locations, and also explain whether there are any parts of the specification which you know cannot be met by this simple controller and why.

The system to be studied involves the positioning of a mechanical load characterised by mass and frictional damping. The load is moved by a hydraulic actuator which responds to a control voltage, and the coupling arrangement between the actuator and load has to be able to cope with a certain amount of flexing – so […]

How does the measured value compare with the expected value? Answer this question by calculating the percent error. What are the units of the y-intercept? What physical quantity does the y-intercept represent? How does the measured value compare with the expected value? Answer this question by calculating the percent error.Discuss

Select the first setting with a single pool. Empty the pool completely. Make sure that the units are in Metric. Do not touch the Fluid Density or Gravity values. Using the Ruler or Grid feature, measure the height of the pool, . Take the pressure gauge and place it at the top of the empty […]

Determine how long it will take for the thermocouple to read 99% of the initial temperature difference.

MarksA1 From measurements taken at two points on the compression curve of an oil engine indicator diagram, as shown, the following data are recorded:①pressure 140 kN/m², volume 12 litres②pressure 2·8 MN/m², volume 1·2 litres (a)Determine the polytropic index, n, for the curve between the two points and, hence: 3(b)Calculate the work done between the two […]

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