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2 years ago

Why is Radiology important in the medical field?

Physics

1 answer:

juin [17]2 years ago

5 0

Answer:

Radiology plays a huge role in disease management by giving physicians more options, tools, and techniques for detection and treatment. Diagnostic imaging allows for detailed information about structural or disease-related changes. With the ability to diagnose during the early stages, patients may be saved.

Explanation:

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Security is a major concern now that computers play such a large part in healthcare. To address this concern, as well as others

Fed [463]

The correct answer is C. HIPAA

This is the acronym for <span>Health Insurance Portability and Accountability Act. This was done to prevent illegal disclosing of data which was stored in computers and was passed in 1996 when it was signed by the then incumbent president Bill Clinton.</span>

6 0

3 years ago

Read 2 more answers

In our new car, we were able to drive 30 miles in a half an hour. From this information, we can determine the car's

Ronch [10]

Average speed.
(Not velocity.)

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3 years ago

I attach a voltage source to a 45 mF capacitor until it is fully charged. I then take the voltage source away and discharge the

galben [10]

Answer:

60 V

Explanation:

Let the potential on capacitor be V . This will be equal to voltage of the source .

During discharge this voltage of capacitor will create current .

V / 120 = .5

V = 60 V

So this would have been the voltage of the source . So voltage of source

= 60 V

8 0

3 years ago

Read 2 more answers

Coherent light with wavelength = 600 nm falls on two very narrow closely spaced slits and the interference pattern is observed o

Mrac [35]

Answer:

The distance between the two slits is 1.2mm.

Explanation:

The physicist Thomas Young establishes, through its double slit experiment, a relationship between the interference (constructive or destructive) of a wave, the separation between the slits, the distance between the two slits to the screen and the wavelength.

$\Lambda x = L\frac{\lambda}{d}$ (1)

Where $\Lambda x$ is the distance between two adjacent maxima, L is the distance of the screen from the slits, $\lambda$ is the wavelength and d is the separation between the slits.

If light pass through two slits a diffraction pattern in a screen will be gotten, at which each bright region corresponds to a crest, a dark region to a trough, as consequence of constructive interference and destructive interference in different points of its propagation to the screen.

Therefore, d can be isolated from equation 1.

$d = L\frac{\lambda}{\Lambda x}$ (2)

Notice that it is necessary to express L and $\lambda$ in units of millimeters.

$L = 4m \cdot \frac{1000mm}{1m}$ ⇒ $4000mm$

$\lambda = 600nm \cdot \frac{1mm}{1x10^{6}nm}$ ⇒ $0.0006mm$

$d = (4000mm)\frac{0.0006mm}{2mm}$

$d = 1.2mm$

Hence, the distance between the two slits is 1.2mm.

6 0

3 years ago

Movement of a stationary object

Setler [38]

I would say that you're describing an impossible situation.
If the object is stationary, then it has no movement.
If the object has movement, then it's not stationary.

5 0

4 years ago