Do you think we are more enlightened now than in the 1600s? Why or why not?

History

2 answers:

Misha Larkins [42]2 years ago

7 0

Answer:

We are more enlightened

Explanation:

with the creation of the internet humans have an easier access to information than ever. In the 1600s many couldn't even read, and all information was passed on through language and books.

Ainat [17]2 years ago

4 0

We are more enlightened now because we have social media and the internet to spread ideas and awareness. We also protest for women’s, minority, and LGBTQ rights which were ignored and looked down upon in the 1600s.

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Answer: My response

Explanation:

Pros:

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They are often used in the events of a crisis, such as a war or natural disaster to aid with medical care, food distrubution, and other services

Cons:

Especially in oppressive regimes, troops might abuse their rights and use their influence to coerce innocent people to give them money, etc. They might also cause outrage by taking actions such as beating up, teargassing, killing, or mass arresting protesters

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jake pushes a heavy box across a carpeted floor.Name three forces that act on the box, and explain how you know these are unbale

Maurinko [17]

Answer:

The forces acting on the heavy box pushed across the carpeted floor are:

- Gravitational force: this force acts on any object with mass, and it always acts downwards (towards the Earth's centre). its magnitude is

$W=mg$

where m is the mass of the box and g is the acceleration due to gravity.

- Normal force: this is the reaction force exerted by the floor on the box, N, and it acts upward, in the direction opposite to gravity. This force perfectly balances the force of gravity along the vertical direction.

- Applied force: this is the force due to the push applied by Jake, $F$ . It acts horizontally in the forward direction.

- Force of friction: this is a resistive force that acts in the opposite direction to the motion of the box, $F_f$ , and it is due to the contact between the microbumps present on the surface of the box and of the floor.

While the forces along the vertical direction are balanced, the forces along the horizontal direction are not, since the applied force is larger than the frictional force:

$F>F_f$