ANSWER - i believe the answer is D
A three-dimensional space where an electron spends most of its time with no more than 1 other electron, forming a pair
The watts that are consumed in a circuit that is having power factor of 0.2 and input is 100V at 4 ampheres is 80 watts.
Given that power factor is 0.2, input is 100V and electricity current be 4 amperes.
We are required to find the number of watts that are consumed in circuit.
An electric current is basically a stream of charged particles, such as electrons or ions, moving through an electrical conductor or space.
Power factor is basically the ratio of working power, measured in kilowatts , to apparent power, measured in kilovolt amperes.
Number of watts that are consumed will be=100*0.2*4
=80 watts
Hence the watts that are consumed in a circuit that is having power factor of 0.2 and input is 100V at 4 ampheres is 80 watts.
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The probability that the sample mean would differ from the population mean by less than 655 miles in a sample of 79 tires if the manager is correct is = 0.9805.
<h3>
What is the calculation for the above?</h3>
P (
< 655) ≡ P [ |( - μ)/√(σ²/n) | <655/√(6,220,036/ 79)]
= P (| Z | < 3.55)
= P - 3.55 < Z < 3.55) Using the z -score table
= 0.9998 - 0.0193
= 0.9805
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Around 1700, a sequence of events led to today's highly globalized economy and unequal global wealth distribution. The sequence is as follows:
- Virtually the entire world lives at a subsistence level.
- Dramatic increase in food production in Europe due technological advances in farming lead.
- Factory production replaces European cottage industries.
- Western colonialism at its peak transfers wealth from the colonies to Europe.
- Former colonies of Europe struggle economically post independence
The economy in 1700s was based on mainly farming, fur trading, ship production, local production.
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