Think of a situation in the not-too-distant future in which an autonomous robot, for example a factory manufacturing robot or a self-driving car, through some unfortunate coincidental combination of circumstances accidentally causes a human serious injury or even death. In a case such as this, who should be held responsible for the crime and damages? Can the developer or team of developers who wrote the code justifiably be held responsible? Is it simply considered a mechanical malfunction and nobody is held responsible, but the machine is destroyed?

Based on the alternating voltage analysis, If an AC waveform has a maximum voltage of 24 VAC, its peak-to-peak is 48 VAC.

An alternating voltage is a term that is used to describe any voltage that differs in both magnitude and polarity concerning time.

Generally, the alternating voltage may vary in a regular, predictable manner, or the voltage may vary in an irregular, nonrepetitive manner concerning time.

In this case, if the peak value of voltage has the maximum value, we get two peaks, one positive and the other negative.

Therefore, the distance between the peak-to-peak value is 24 + 24 = 48V

Hence, in this case, it is concluded that the correct answer is option C.

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The effort force of a user has to 30 lbs to to exert on the rope to lift the 60 lb load (2 Strands).

Given data :

Load = 60 lbs

Ropes = 2

Effort force = 60 / 2 = 30 lbs.

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Answer:

There's no way to individually report a user on their profile page, but you can report each of their answers, and email Brainly to report the user themselves.

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Answer:

Explanation:

The full length of the line is 40mm. In a 1:2 scale, the new line would be 80mm long. This means that for each 1mm of the original line, you need to draw 2mm on the new line. Therefore, the relationship between the full length of the line and the new line you drew is that for each 1mm of the original line, you need to draw 2mm on the new line.

Answer:

The area of an ellipse is given by the formula: A = πab, where a is the major axis and b is the minor axis.

Given that the major axis is 10 cm (2a) and the area is 62.8 cm^2, we can set up the following equation:

62.8 = π(10/2)(b)

To solve for b, we can divide both sides of the equation by (10/2) and then divide by π:

b = (62.8 / (10/2)) / π

b = (62.8 / 5) / π

b = 12.56 / π ≈ 4 cm

So, the minor axis is 4 cm.

Finding a balance between structural performance and weight is a trade-off that engineers often have to consider when designing structures. In terms of deflection, the modulus of elasticity (E) and the moment of inertia (I) of the material are important factors that affect the structural performance of a structure. A higher E value indicates that a material is stiffer, and a higher I value indicates that a material is more resistant to bending.

The weight of the material is also an important factor to consider, as it affects the overall weight of the structure, which can have an impact on the cost and ease of transportation, assembly, and maintenance of the structure.

One approach to finding a balance between structural performance and weight is to use a material with a high E and I value, while also being lightweight. For example, using a composite material made of carbon fiber reinforced plastic (CFRP) can provide a high E and I value while also being lightweight.

Another approach is to use a combination of materials. For example, using a lightweight core material such as foam and sandwiching it between two stiffer and stronger materials such as aluminum or steel. This can provide a balance between structural performance and weight, as the core material provides the necessary strength and stiffness, while the outer layers provide the necessary support and protection.

Additionally, engineers use optimization techniques such as Finite Element Analysis (FEA) to determine the optimal design, thickness, and orientation of the material to minimize weight while still maintaining structural performance.

Ultimately, finding a balance between structural performance and weight is a design decision that depends on the specific requirements of the structure and the priorities of the project.

Answer:

Torsional stress.

Explanation:

An item experiences torsional tension when it is twisted from one end. The molecules on an item's surface are tugged in various directions as the object is twisted, creating a twisting force or torque. As a result, the item experiences what is known as torsional stress. It is a kind of shear stress that has an impact on the material along the object's axis. The stiffness and strength of a material determine how much torsional stress an item can bear.

if a simple machine requires an effort force that is less than the force of the load being moved, then the simple machine exhibit A. mechanical advantage

The force amplified by utilizing a tool, mechanical device, or machine system is known as mechanical advantage. To achieve the desired output force amplification, the gadget trades off input forces against movement.

The law of the lever serves as a paradigm for this.

Hence, it can be seen that there is a required effort for the simple machine to move and this has to be less than the force of the load being moved, this has the characteristics and features of mechanical advantage.

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Explanation:

The area of the large square is the side measurement squared.

10.392 in. * 10.392 in. = 107.845184 in^2

The area of the inside square is the area of the large square minus the area of the darken area.

107.845184 in^2 - 59 in^2 = 48.845184 in^2

so, the side of the inside square is the square root of 48.845184

√48.845184 in^2 ≈ 6.958 in.

Therefore, the side of the inside square measures approximately 6.958 inches.

Answer:

A and D

Explanation:

Answer:

theres a few

Explanation:

Maximize Fuel Economy

Fight Rust & Corrosion

Reduce Friction & Wear

Improve Horsepower and Performance

Fix Hard Starts

Extend Engine Life

Answer:

I recommend the following books: