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Strike441
18 days ago
9

A murder in a downtown office building has been widely publicized. You’re a police detective and receive a phone call from a dig

ital forensics investigator employed by the police department. His name is Gary Owens, and he says he has information that might relate to the murder case. Gary says he ran across a few files while investigating another case at a company in the same office building. Considering the plain view doctrine, what procedures might you and he, as public officials, have to follow? Write a one-page paper detailing what you might do.
Engineering
2 answers:
choli [298]18 days ago
7 0
Considering the plain view doctrine, which permits law enforcement and courts to seizure evidence of a crime without a warrant, provided the evidence is visible and observable by the officer. For any digital data relevant to a murder case gathered under this doctrine to be admissible for use against you, it must meet three criteria: 1. The digital evidence must be openly and clearly observable to the officer – this is the essence of "plain view". 2. The officer should have a lawful right to be in the location where the digital information was discovered related to the case. 3. The information's incriminating nature must be obvious, pointing to the murder; the officer's judgment based on probable cause will determine whether or not the data constitutes evidence.
mote1985 [299]18 days ago
5 0
Investigating a murder is fundamentally a police duty. All aspects surrounding the murder need consideration. Initially, we will gather all essential details about the victim. Should we receive information from forensic investigator Mr. Gray Owens, who examined company records that relate to the murder, there may have been a violation of privacy, as the business is located where the incident occurred. Next, upon receiving reports from the prosecutor, we should inform our superiors of this information and seek a court warrant for further investigation due to the contribution of potential privacy breaches toward the murder. We would also review the corporate investigator's reports, examining the specifics of policy violations to identify the individual who may have violated those policies. An employer has the right to access an employee's digital activities on company computers; employees hold no expectation of privacy regarding company devices.
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The rigid beam is supported by a pin at C and an A992 steel guy wire AB of length 6 ft. If the wire has a diameter of 0.2 in., d
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Answer:

Change in length = 0.0913 in

Explanation:

Given data:

Length = 6 ft

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Solution:

We start by applying the equilibrium moment about point C, expressed as

∑M(c) = 0.............1

This can be used to find the force in AB.

10× 200 × ( 5) - (T cos(30)) × 10 = 0

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Tension in wire T(AB) = 1154.7 lb

We also know the modulus of elasticity for A992 is

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And the area will be

Area = \frac{\pi }{4}\times 0.2^2

The change in length is expressed as

Change in length = \frac{PL}{AE}.........2

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1 month ago
A shopaholic has to buy a pair of jeans , a pair of shoes l,a skirt and a top with budgeted dollar.Given the quantity of each pr
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1 month ago
A jar made of 3/16-inch-thick glass has an inside radius of 3.00 inches and a total height of 6.00 inches (including the bottom
mote1985 [299]

Response:

1. To find the volume of the glass shell (Vg), simply subtract the volume of the empty part of the jar (Ve) from the total volume of the jar (Vj):

Vg = Vj - Ve

Volume can be calculated by multiplying the base (B) with the height (h). The base of the jar is a circle, thus its area is πr^2 (where r indicates the radius).

The radius differs based on the jar's section: the inner radius for the empty part is d = 3 in, while for the total jar it includes the glass thickness a = 3 + 3/16 = 3.1875 in.

The height of the entire jar is given as h = 6 in, whereas for the empty portion, it's the total height minus the thickness of the glass h' = 6 - 0.1875 = 5.8125 in.

Now we can perform the calculations:

Vj = πa^2 • h = 191.42 in^3

Ve = πd^2 • h' = 164.26 in^3

Thus, the volume of the glass shell equals Vj - Ve, resulting in 27.16 in^3.

2. The mass of the glass jar can be determined by multiplying the density of the glass with the volume:

m = ρ • Vg

The glass density is provided in cubic feet, so we first convert it to cubic inches by dividing by 1728:

ρ = 165 lb/ft^3 / 1728 = 0.095 lb/in^3

<ptherefore the="" mass="" of="" jar="" is:="">

m = 0.095 lb/in^3 • 27.16 in^3 = 2.59 lb

5. To calculate the weight and volume of the displaced water, we first need to ascertain how deep the jar sinks (H), as the volume of displaced water equals the submerged volume of the jar. The jar will descend until the gravitational force downwards equals the buoyancy force upwards. The displaced water volume is πa^2 • H, and the buoyancy is calculated as ρw • g • Vd (where ρw is the density of water, defined as 62.5 lb/ft^3 / 1728 = 0.036 lb/in^3, and Vd is the displaced water volume).

Thus, the buoyancy can be represented as:

B = ρw • g • πa^2 • H

Setting buoyancy equal to gravity:

B = m • g (where m is the mass of the jar). Therefore, we have:

ρw • g • πa^2 • H = m • g

From this, simplifying gives:

ρw • πa^2 • H = m

We can derive H:

H = m / (ρw • πa^2)

H = 2.25 inches

This indicates the jar will sink 2.25 inches into the water.

3. Calculating the volume of displaced water is straightforward. It matches the volume of the submerged jar:

Vd = πa^2 • H

Vd = 71.94 in^3

4. Lastly, to determine the weight of the displaced water:

m = ρw • Vd

m = 0.036 lb/in^3 • 71.94 in^3

m = 2.59 lb

As evident, the mass of the jar aligns with the mass of the displaced water. Following this logic could have simplified our calculations, but I chose to elaborate for clarity.

</ptherefore>
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The critical resolved shear stress for iron is 27 MPa (4000 psi). Determine the maximum possible yield strength for a single cry
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Answer:

The following represents the answer.

Explanation:

Calculation for the maximum yield strength of a single crystal of Fe subjected to tension can be found in the attached image.

The maximum yield strength value is 54 MPa.

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