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The statements order from first to last about Milgram's late-1960s experiment are:
- A person in Lincoln, Nebraska, is given a letter and a description of the intended recipient in Boston, but no address.
- The Lincoln resident sends the letter to someone who might have a direct or indirect connection to the Boston recipient.
- Each intermediate recipient repeats the process of the Lincoln resident.
- Someone recognizes the final recipient as an acquaintance and sends or delivers the letter to him.
<h3>What was Milgram experiment about?</h3>
The Milgram experiment was done in the late 1960s and it shows that human beings are prone to obeying authority.
The experiment also shows that obedience is not inevitable. The Milgram experiment is a very popular psychological study that looks at the willingness of people to follow orders.
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Place in order, from first to last, the steps describing how a letter in Stanley Milgram’s late-1960s experiment reached its destination.- Each intermediate recipient repeats the process of the Lincoln resident.- Someone recognizes the final recipient as an acquaintance and sends or delivers the letter to him.- A person in Lincoln, Nebraska, is given a letter and a description of the intended recipient in Boston, but no address.- The Lincoln resident sends the letter to someone who might have a direct or indirect connection to the Boston recipient.
learn more about Milgram's experiment from
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How thick a layer would Earth form as it wraps around the neutron star’s surface is: 6.67 10⁻³ m.
<h3>Density of the Neutron star</h3>
Density
ρ = m / V
Where:
ρ= density
m = mass of the planet 5.98 10²⁴ km
V =volume of the spherical layer
Volume of a sphere
Volume = 4/3 π r³
Mass = 1.5 = 1.5 1,991 10³⁰
Mass= 2.99 10³⁰ kg
Density:
ρ = 2.99 10³⁰ / [4/3 π (10 10³)³]
ρ is = 7.13 10 17 kg / m³
V = 5.98 10²⁴ / 7.13 10¹⁷
V = 8,387 10⁶ m³
Thickness of the layer
V = 4π r² e
e = V / 4π r
e = 8,387 10⁶ / [4π (10 10³)²]
e = 6.67 10⁻³ m
Inconclusion how thick a layer would Earth form as it wraps around the neutron star’s surface is: 6.67 10⁻³ m.
Learn more about Density of the Neutron star here:brainly.com/question/15700804
Usually it would be the second or third time you say it
