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3 years ago

Write to your friend about your feelings towards your reaction

Social Studies

1 answer:

Liula [17]3 years ago

7 0

The correct answer to this open question is the following.

Your question is incomplete. You have to write ypur feelings about what. What situation?

Although you forgot to include this important information, doing some research it seems that the part that is missing is that you have to share your feelings about your reaction to the pandemic.

If that is the case, then the correct answer would be this.

Hi John,

This is a short letter to share with you my feelings and reaction to this pandemic.

As you have noted, a lot of things changed. Many people live in fear, and some others in confusion. There is a lack of information that is misguiding people's perspectives. There are doctors and specialists that say that you have to protect yourself with masks, and to stay home, meanwhile, other serious doctors and researchers say the opposite.

And the worst thing is that mass media, tv news, and the press, are only sharing one side of the story. Opinions of specialists, researchers, and medical doctors who have a different view have been censured or simply, their opinions are not reported by these news companies.

My family and I have found very interesting perspectives from these different opinions that just want t inform, and not create fear. That is why, we are taking basic precautions, but we do not live in fear, we do not use a mask because breathing our own carbon dioxide all the time is counterproductive for our health, as many experts say, but we respect other people´s views, as we like others respect ours.

Hope you and your family are doing right.

Please, say hello to them and I wish you a happy Thanks Giving

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Andersen and Bem (1981) conducted a variation of the getting-acquainted telephone study by Snyder, Elizabeth Tanke, and Berschei

Tamiku [17]

Answer:

Hi. When searching for your question on the internet, I was able to find another question exactly the same as yours that had answer options, which you didn't show in this question. These answer options are in the attached image below and the correct answer is option B.

Explanation:

As shown in the question, the Andersen and Bem experiment was a replication of the getting-acquainted telephone study by Snyder, Elizabeth Tanke, and Berscheid, the difference being that the Andersen and Bem experiment used photos of men and female volunteers, while the other experiment featured photos of women and male volunteers. In the two experiments, the results were similar.

In these results, the researchers noticed that volunteers tended to think they were talking to people they found attractive when looking at the photos. In this case, volunteers were more open and more likely to keep in touch with those they thought were attractive people.

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3 years ago

Pa answer pls hehehehe

Mrac [35]

Answer:

honey where are the underlined litters??

Explanation:

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How do i use civil disobedience in a sentence?

scoundrel [369]

In an act of civil disobedience,the family sent it's tax money to an antiwar organization

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How do people use checking accounts differently from the way they use savings accounts? A. People write checks or use debit card

Sav [38]

Answer:

Explanation:

I literally just took the quiz and copied all the answers just for YOU! So can you be nice enough to click that thanks button, give me a wonderful rating, and while your at it, you might as well give me the brainliest...thank you sooo much :)

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3 years ago

Read 2 more answers

Consider that the capacitor is initially not charged and the voltage of the battery is 3.00 V. The switch is closed at ????????

EastWind [94]

Your question has some difficulties in symbols and variables to read. That's why I am re-writing (re-arranged) the Question's statement again which is:

Question:

For the R-C circuit shown in figure 1 on page 3, R= 100 ohms and C=1.00F.

A)What is the time constant of the R-C circuit?

B) consider that the capacitor is initially not charged and the voltage of the battery is 3.00 V. The switch is closed at t=0. Using the appropriate formulas, write down the voltage Vc(t) on the capacitor and the current I(t) in the circuit.

C) consider that the capacitor is initially fully charged to 3.00 V. The switch is open at t=0. Using the appropriate formulas, write down the voltage Vc(t) on the capacitor and current I(t) in the circuit.

Your Question is missing the figure as well, which is attached below, please find it in the attached file.

Answer:

Part.A

100 seconds

Part.B

Vc(t)=0V

I(t)=30mA

Part.C

Vc(t)=3.0V

I(t)=0A

Explanation:

Given Data:

Resistance=R=100 ohms

Capacitance=C=100F

Part.A: Time constant=T=?

Time constant:

Time required to charge the capacitor upto 63.23% of the applied voltage is called a Time constant.

As we know that time constant for the RC (circuit having only resistor and capacitor) is equal to product of resistance and capacitance

$T=R*C$

so $T=100*1$

$T=100seconds$

Part.B: Vc(t) and I(t)=? If switch is closed

Given Data:

Voltage of the battery=Vs=3.0V

Capacitor is not charged initially and switch is closed at t=0 means that the circuit will become short (because capacitor is charging) in which current I(t) exist and voltage Vc(t) is zero.

Short circuit:

The circuit in which current is maximum and voltage is zero.

Thus voltage on the capacitor is Vc(t)=0V

Now we can find I(t) as follow:

Thus, Applying Kirchoff's Law (sum of all voltages is zero) on the circuit in the figure attached below, we get

$V_{s}-V_{R}-V_{c}(t) =0$

putting values, we get

$3.0-I(t)*R-0=0$

$I(t)*100=3$

$I(t)=\frac{3}{100}$

Current in the circuit is $I(t)=0.03A\ OR\ 30mA$

Part.c: Vc(t) and I(t)=? if switch is opened

If switch is opened and capacitor is fully charged then the capacitor will act as a battery and will supply will voltage as it has stored the charge. The switch is open it means the circuit is open.

So current I(t) in the circuit is zero=0A

and voltage Vc(t) exist which can be found as:

Applying Kirchoff's law, we get

$V_{s} -V_{c}(t)=0 \\V_{R}\ does\ not\ exist\ because\ current\ in\ the\ circuit\ or\ through\ resistor\ is\ zero$

$V_{s}=V_{c}(t)$

thus voltage on the capacitor is $V_{c}(t)=3.0V$

6 0

3 years ago

Write to your friend about your feelings towards your reaction ​

Write to your friend about your feelings towards your reaction