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4 years ago

Select the option that describes the main limitation(s) for engineers in today society.

Engineering

2 answers:

Serga [27]4 years ago

8 0

Answer:

The correct option is;

Technology is not able to keep up with the demand for innovative ideas

Explanation:

The present day problems of engineering and society are mostly occurring for their first time ever or in this period and as such are complex with regard to the current state of technology and know how. For example, the problem of human induced climate change as never been faced anytime in the past history of engineering and mankind as a whole. The capacity to communicate and generate data at the current level has never been reached. The world has never the current number of individuals needing the basic necessities of life.

As such, the engineer in the competitive global job market is more than ever required to produce innovative solutions to problems rather than implement current technologies.

quester [9]4 years ago

6 0

Answer:

its actually money and safety

Explanation:

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Explanation:

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3 years ago

I NEED HELP ASAP WILL AWARD BRAINLIEST

CaHeK987 [17]

Answer:

It was a power supply of a circuit that was horizontal of the ladder where they controlled the circuit.

Explanation:

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3 years ago

Read 2 more answers

This operating mode assists steering return after completing a turn.

castortr0y [4]

Answer:

In return mode, the system assists steering return after completing a turn. Information from the steering position sensor prevents the system from overshooting the center position. In dampener mode, the system acts like a hydraulic dampener to prevent kick back and bump steer.

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3 years ago

Help please all of the numbers b4 the equal sign are wrong

Nostrana [21]

Answer:

3/5" = 12'
1 3/4" = 35'
1 1/4" = 25'
9/10" = 18'
2 13/20" = 53'

Explanation:

One number is wrong; they all lack units.

The basic ratio is 1" = 20', so you can divide feet by 20 to find inches.

3/5" = 12'
1 3/4" = 35'
1 1/4" = 25'
9/10" = 18'
2 13/20" = 53'

Perhaps you want decimal inches:

0.60" = 12'
1.75" = 35'
1.25" = 25'
0.90" = 18'
2.65" = 53'

7 0

3 years ago

Your boss asks you to classify some of the components in a temperature measurement system. The system consists of a thermocouple

lianna [129]

Answer:

Explanation:

1) Resolution and uncertainty of both ADC ranges

a) Resolution (for +/- 5 mV range) = 5 mV / 2n where n = number of bits of ADC

Resolution = 5 mV / 28 = 5 mV / 256 = 0.0195 mV ..................1

uncertainty (for +/- 5 mV range) = +/- 0.5*resolution = +/- 0.5*0.0195 mV = 0.00975 mV ..........2

b) Resolution (for +/- 5 V range) = 5 V / 2n where n = number of bits of ADC

Resolution = 5 mV / 28 = 5 V / 256 = 0.0195 V = 19.5 mV ..................3

uncertainty (for +/- 5 mV range) = +/- 0.5*resolution = +/- 0.5*19.5 mV = 9.75 mV ..........4

2)Thermocouple sensitivity = ( Maximum output voltage - Minimum Output voltage) / (Maximum Temperature - Minimum Temperature)

Thermocouple sensitivity = (3.649mv - 0 ) / (70 - 0) = 0.0521 mV / Deg.C ............5

This is the required Thermocouple sensitivity

3) Water bath temperature is given as 57 deg.C

Hence voltage read by Thermocouple = Sensitivity*57 = 0.0521*57 mV = 2.9697 mV ........6

4)We need to use ADC with a range of +/- 5 mV range as ADC with +/- 5 V range can not do measurement as it's resolution is higher than output voltage.

ADC will measure voltage as 2.9695 mV ......................7

8 0

3 years ago