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2 years ago

All of the following are examples of capital intensive industries EXCEPT: *

Engineering

2 answers:

OverLord2011 [107]2 years ago

8 0

i believe it is soft drink production

Vadim26 [7]2 years ago

7 0

Answer:

hospital

Explanation:

Soft drink production is a capital intensive industry as it's depends upon the economy and trade.
Oil extraction is a national industry and it also involves the intention of trade.
Manufacturing is similar to soft drink production and has intense of trade.
Hospital doesn't has the intention of trade so it's the answer

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An empty metal can is heated to 908C and sealed. It is then placed in a room to cool to 208C. What is the pressure inside the ca

Natali5045456 [20]

The pressure inside the can upon cooling is 0.4 atm.

<u>Explanation:</u>

Given -

Initial Temperature, T1 = 908°C = 908 + 273 K = 1181 K

Final Temperature, T2 = 208°C = 208 + 273 K = 481 K

Pressure upon cooling, P2 = ?

Using Gay Lussac's law:

P1/T1 = P2/T2

P2 = P1 X T2 / T1

P2 = 1 atm X 481 / 1181

P2 = 0.4 atm

Therefore, the pressure inside the can upon cooling is 0.4 atm.

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3 years ago

A ____ is either in the pressure reducer or in the downstream side of the system to ensure that the control air pressure does no

Alika [10]

Answer:

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2 years ago

A PMOS device with VT P = −1.2 V has a drain current iD = 0.5 mA when vSG = 3 V and vSD = 5 V. Calculate the drain current when:

Ksju [112]

The answer is b ! Hope I helped

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3 years ago

At a festival, spherical balloons with a radius of 140.cm are to be inflated with hot air and released. The air at the festival

Tpy6a [65]

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3 years ago

A heat pump cycle is used to maintain the interior of a building at 15°C. At steady state, the heat pump receives energy by heat

Hoochie [10]

Answer:

a) Ql=33120000 kJ

b) COP = 5.6

c) COPreversible= 29.3

Explanation:

a) of the attached figure we have:

HP is heat pump, W is the work supplied, Th is the higher temperature, Tl is the low temperature, Ql is heat supplied and Qh is the heat rejected. The worj is:

W=Qh-Ql

Ql=Qh-W

where W=2000 kWh

Qh=120000 kJ/h

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