What process does a professional use to find an object’s position with respect to the camera?


A. segmentation

B. pose estimation

C. detection

D. tracking

E. egomotion

An electric car. Probably, I don't know, am I correct? please give me brainliest if I am.

Answer:

A. National Highway Safety Act

Explanation:

The National Highway Safety Act establishes general guidelines concerning licensing, vehicle registration and inspection, and traffic laws for state regulations. The act was made in 1966 to reduce the amount of death on the highway as a result of increase in deaths by 30% between 1960 and 1965

National Traffic and Motor Vehicle Safety Act regulates vehicle manufacturers  by ensuring national safety standards and issuance recalls for defective vehicles

Uniform Traffic Control Devices Act  defines shapes, colors and locations for road signs, traffic signals, and road markings

Well for one when you choose engineering as your future career ti will open up a lot of career paths that have high paying jobs and the jobs will be in demand.

Your pay will obviously be higher than the minimum wage so that's always good.

also this field requires us to solve most of the problem that have impact on all of us.

Answer:

B

Explanation:

Answer:

D. It takes between 45.0 and 60.0 pounds of force on the nail to cause a flat.

Explanation:

Did the Study Island.

Answer:

I think you should make sure that the circuit is closed

Explanation:

Answer:

The mechanical advantage = 4/75

Explanation:

A wheel barrel is a second class as the effort is placed further from the point of fulcrum than the point of action of the load

The parameters given are;

Length of wheel barrel = 4 cm

Distance between wheel and center of load = 0.75 m

Therefore, we have the mechanical advantage, MA given as follows;

[tex]MA = \dfrac{F_{o}}{F_{i}} = \dfrac{L_{i}}{L_{o}}[/tex]

[tex]{F_{o}}[/tex] = Output force

[tex]{F_{i}}[/tex] = Input force

[tex]{L_{o}}[/tex] = Distance from output force =  0.75 m

[tex]{L_{i}}[/tex] = Distance from input force = 4 cm = 0.04 m

Therefore;

[tex]MA = \dfrac{0.04}{0.75} = \dfrac{4}{75}[/tex]

The mechanical advantage MA = 4/75 = 0.0533

Therefore, more force (75/4 × the load) will be required to lift a given load.

The correct answer is C. 45

Explanation:

Lap/shoulders safety belts are essential to reduce the risk of injuries and death during car accidents because they keep passengers in the seat and avoid ejection, which might lead to more serious injuries. This has been widely studied around the world, including studies by the National Center for Statistics and Analysis in the U.S. that determined safety belts decrease the risk of serious or fatal injuries by 45%. Also, similar results were reported in other research studies that collected information about accident cars, the injuries passengers suffered, and whether the front-seat passengers had a safety belt on.

Answer:c

Explanation:

Answer:

fear. IF they can do that to a black man then they can do that to me (a black lesbian woman) I am truly terrified for my family and myself

Explanation:

Answer:

sure, go to my profile and look at my questions

Explanation:

Answer: okay!

Explanation:

Answer:

i would go with-B

Explanation:

because  Exposure to the elements has resulted in the formation of the blue-green patina

Technician A is correct as the four strokes make up the complete combustion cycle in internal combustion engines.

Technician A is correct in stating that the four strokes of the four-stroke cycle are intake, compression, power, and exhaust. These four strokes make up the complete combustion cycle in internal combustion engines.

Technician B's statement about most engines rotating clockwise as viewed from the rear flywheel end of the engine is not relevant to the question about the four-stroke cycle.

The rotation direction of the engine does not affect the order or definition of the four strokes.

Therefore, Technician A is correct.

Learn more about Engine working here:

https://brainly.com/question/1028200

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Answer:

The amount of rains that can be stored in the two silos combined is 5242.53 ft³

Explanation:

The parameters given are;

Diameter, D, of the silos = 15 feet

Height, h₁, of the larger silo = 18 feet 10 inches = 18.83 feet

Height, h₂, of the shorter silo = 10 feet 10 inches = 10.83 feet

The volume, V, of the cylindrical shape is given by the formula;

Volume = Area of base × Height

[tex]Area \, of \, the \, base = \pi \times \dfrac{D^{2}}{4}[/tex]

[tex]\therefore Volume = \pi \times \dfrac{D^{2}}{4}\times h[/tex]

Therefore, for the larger silo, we have;

[tex]Volume, V_1 = \pi \times \dfrac{D^{2}}{4}\times h_1[/tex]

[tex]V_1 = \pi \times \dfrac{15^{2}}{4}\times 18.83 = 3328.12 \ ft^3[/tex]

for the shorter silo, we have;

[tex]Volume, V_2 = \pi \times \dfrac{D^{2}}{4}\times h_2[/tex]

[tex]V_2 = \pi \times \dfrac{15^{2}}{4}\times 10.83 = 1914.41\ ft^3[/tex]

The amount of rains that can be stored in the two silos combined = 3328.12 ft² + 1914.41 ft² = 5242.53 ft².