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sdas [7]
3 years ago
7

1. Explain what dumping is, giving some examples. Does dumping raise any moral issues? What are they? What would an ethical rela

tivist say about dumping?
Physics
1 answer:
vesna_86 [32]3 years ago
8 0

Answer:

Dumping exists when sales are made at prices lower than those set by the same company in the market itself, when those prices are different from those of the various export markets or when they are lower than the factory price.

Explanation:

Dumping is considered to exist or that a product is dumped when its export price is lower than the comparable price (normal value) of the same product or of a similar product in the domestic market of the country of origin.

Example: a glove producer in China that sells each pair of its product for USD 0.50 in its country of origin markets that same product at a price of USD 0.45 when exported.

Dumping is a fairly immoral practice. If a company dumped, not only will it be harmed economically, but it will also affect others. Dumping means that companies in the same market cannot compete in terms of price and quality, which in the long term causes several companies to break.

The anti-dumping legislation is a clear example of business ethics. Countries, realizing that accepting dumping harms the country of origin and destination have taken steps to stop this unfair practice. Business ethics is very important to understand the benefits and risks, as it helps us grow and make better decisions.

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A circular pipe of 25-mm outside diameter is placed in an airstream at 25C and 1-atm pressure. The air moves in cross flow over
kifflom [539]

Answer:

f_D = =3.24 N/m

Explanation:

data given

properties of air\nu\ of air =19.31*10^{-6} m2/s

\rho = 1.048 kg/m3

k = 0.0288 W/m.K

WE KNOW THAT

Reynold's number is given as

Re =\frac{VD}{\nu}

      = \frac{ 15*0.025}{19.31*10^{-6}}

      = 1.941 *10^4

drag coffecient is given as

C_D = \frac{f_D}{A_f\frac{\rho v^2}{2}}

solving for f_D

f_D = C_D A_f*\frac{\rho v^2}{2}

     =C_D D*\frac{\rho v^2}{2}

Drag coffecient for smooth circular cylinder is 1.1

therefore Drag force is

f_D = 1.1*0.025 *\frac{1.048*15^2}{2}

f_D = =3.24 N/m

4 0
3 years ago
What is the primary function of a landfill?
RSB [31]
The most important function of a landfill is to store and get rid of solid waste which it provides an area where waste is disposed of and can be managed properly in order to reduce health and environmental risk<span />
5 0
3 years ago
Read 2 more answers
What is the strength of the electric field 3.0 cm from a small glass bead that has been charged to + 8.0 nc ?
Debora [2.8K]
Thinking the small glass bead as a single point charge, the electric field generated by it is given by
E(r) = k_e  \frac{Q}{r^2}
where
k_e = 8.99 \cdot 10^9 N m^2 C^{-2} is the Coulomb's constant
Q=8.0 nC=8.0 \cdot 10^{-9} C is the charge of the bead
r=3.0 cm=0.03 m is the distance at which we calculate the field.

Using these data, we find:
E=(8.99 \cdot 10^9 N m^2 C^{-2} ) \frac{(8.0 \cdot 10^{-9} C}{0.03 m)^2}=8.0 \cdot 10^4 N/C
6 0
3 years ago
A fountain of water and steam that erupts from the ground
Roman55 [17]

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3 0
3 years ago
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A beam of light passes through a liquid into air. Angle 1, angle of
Ede4ka [16]

Answer: 1.57

Explanation:

This described situation is known as Refraction, a phenomenon in which light bends or changes its direction when passing through a medium with a index of refraction different from the other medium.  

In this context, the index of refraction is a number that describes how fast light propagates through a medium or material.  

According to Snell’s Law:  

n_{1}sin(\theta_{1})=n_{2}sin(\theta_{2}) (1)  

Where:  

n_{1} is the first medium index of refraction (the value we want to know)

n_{2}=1 is the second medium index of refraction (air)  

\theta_{1}=23\° is the angle of incidence

\theta_{2}=38\° is the angle of refraction

Now, let's find n_{1} from (1):

n_{1}=n_{2}\frac{sin \theta_{2}}{sin \theta_{1}} (2)  

Substituting the known values:

n_{1}=1\frac{sin(38\°)}{sin(23\°)}  

Finally:

n_{1}=1.57  

3 0
3 years ago
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