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GaryK [48]
3 years ago
11

(a) Find one instance where Henry answers a possible objection to his argument with a series of rhetorical questions. (b) What p

urpose does this series of questions serve? 2. List two ideas that Henry repeats using different words. 3. Find one example of parallelism. (See definition, textbook p. 1168)
Physics
1 answer:
sattari [20]3 years ago
4 0

Answer:

a) One instance where Henry answers a possible objection to his argument is paragraph 3: Narratio and Confirmatio.

b) The questions are preparing Henry´s speech to be contextualized.

2. The ideas are "loneliness" and "the time to fight".

3. “We have petitioned; we have remonstrated; we have supplicated; we have prostrated; we have implored…”

Explanation:

a)  "Have we shown ourselves so unwilling to be reconciled, that force must be called in to win back our love?"

b) Henry prompts his colleagues respectfully using a series of questions to convince them that fight is a necessity.

2. "Three millions of people, armed in the holy cause of liberty, and in such a country as that which we possess, are invincible by any force which our enemy can send against us." and  "Besides, sir, we shall not fight our battles alone.

"If we were base enough to desire it, it is now too late to retire from the contest." and "Their clanking may be heard on the plains of Boston! The war is inevitable and let it come!"

3. This is a parallel structure he uses to indicate the process by which the Colonies have tried many times to solve their issues, emphasizing the drama with the verbs to remind his audience that the Colonies have gotten any result.

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In a lab experiment, two identical gliders on an air track are held together by a piece of string, compressing a spring between
ddd [48]

Answer:

Part a)

v_2 = -0.300

Part b)

Here final kinetic energy is more than the initial kinetic energy

This increase in kinetic energy is due to spring connected between them as the spring energy is converted into kinetic energy of two blocks

Explanation:

Part a)

As we know that there is no external force on the system of two gliders

So here we can use momentum conservation for two gliders

So we will have

m_1 v_1 + m_2 v_2 = (m_1 + m_2)v_i

m_1 = m_2

1.300 + v_2 = 2(0.500)

v_2 = -0.300

Part b)

now we will have

initial kinetic energy of both gliders is given as

K_i = \frac{1}{2}(m + m)(0.500)^2

K_i = 0.25m

Final kinetic energy of two gliders

K_f = \frac{1}{2}m(0.300)^2 + \frac{1}{2}m(1.300)^2

K_f = 0.89 m

so here final kinetic energy is more than the initial kinetic energy

This increase in kinetic energy is due to spring connected between them as the spring energy is converted into kinetic energy of two blocks

8 0
3 years ago
Objects with masses of 181 kg and 712 kg are separated by 0.442 m. A 72.6 kg mass is placed midway between them. 0.442 m b b 181
Semmy [17]

Answer:

The Force exerted by the two objects will be same and 4,401,189.49  × 10−11 N

Explanation:

Let m1 be the mass of the first object and m2 be the mass of the second object and the distance between them be d. Then

m1= 181kg

m2= 712 kg

d= 0.442 m

G is the gravitational Constant

According to Newtons Law Gravitational Force is given by

F=G m1 m2 /d²

F= 6.672 × 10−11 ×181×712/(0.442)²

F=  859,576.24  × 10−11/0.195364

F=  4,401,189.49  × 10−11 N

The Force exerted by the two masses on the third mass will be same and 4,401,189.49  × 10−11 N

5 0
3 years ago
What do any two samples of the element mercury (Hg) have in common?
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A shiny surface,atomic number 80 and its <span>symbol  is </span>Hg<span> </span>
5 0
3 years ago
When we describe electric flux, we say that a surface is oriented in a certain direction with respect to an electric field. When
stepladder [879]

Answer:

2. Dot Product

Explanation:

The calculation of the electric flux gives an scalar result.

When we tray to calculate how much electric field passes trough a surface, we are calculating a scalar value. Furthermore, the concept of flux requires the calculation of a scalar value.

Also it is necessary to take into account that the magnitude of the flux trough a surface depends of the inclination of the surface respect to the direction of the electric field. This is taken into account sufficiently by a dot product.

Then, the answer is:

2. Dot Product

4 0
3 years ago
A force F acting on an object of mass m causes a displacement d. The angle between these two vectors is Θ. The work W done on th
777dan777 [17]
Work:
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F: force
ds: displacement

Assuming the work is constant:

W= \int\limits^b_a {F.} \, ds =  F . d = F * cos\theta * d

d displacement


4 0
3 years ago
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