Na teraz daje naj pilneee!

Odpowiedź:

In my opiniom school fan be very fun. I have a lot of fun at school. I like to learn new things. The teachers at my school are very nice and make sure pupils have some fun while studying. I’m sure that every student has fun learning interesting things in their favourite class. For example, my favourite subject is chemistry. I always have fun in our school’s chemistry lab. I love learning about famous scientists. Although I don’t think that I will discover a new element or make a revolutionary discovery I want to become a scientist too. In some classes we always have fun. When we have PE at my school we always play basketball, soccer, tennis or volleyball. Everyone thinks it’s the best class. There are also bad things about school that are not fun at all. Standardised tests stress student out. Too much homework and exams make student fell tired. Almost every school has a group of bullies. As a person who is bullied I can say that it’s very annoying, bad and makes my mood worse. To come to a close, school  isn’t a perfect environment, but it is a place where I have a lot of fun.

Wyjaśnienie:

W tym zdaniu jest napisane że inni dokuczają ci w szkole. Jeśli go nie chcesz to omiń. Tekst zachowa sens i spójność.

Cewka obecnie posiada temperaturę około 324,8K, czyli 51,8°C.

Zależność rezystancji od temperatury możemy opisać wzorem: [tex]R_{T}=R_{0}(1+\alpha \Delta T)[/tex]

Dane:

[tex]R_{T}=1,28*45\Omega=57,6\OmegaR\Omega\\R_{0}=46\Omega\\\alpha =3,91*10^{-3} \frac{1}{K} \\T_{0}=12^{o}C=285K\\\Delta T= T_{K}- T_{0}\\ T_{K}=?[/tex]

Przekształcamy wzór, aby obliczyć [tex]\Delta T[/tex]:

[tex]R_{T}=R_{0}(1+\alpha \Delta T)/:R_0\\\frac{R_T}{R_0}=1+\alpha\Delta T/-1\\ \frac{R_T}{R_0}-1=\alpha\Delta T/:\alpha\\\frac{ \frac{R_T}{R_0}-1}{\alpha} =\Delta T[/tex]

[tex]\Delta T[/tex] możemy rozpisać jako [tex]T_K-T_0[/tex] , a więc:

[tex]\frac{ \frac{R_T}{R_0}-1}{\alpha} =\Delta T \\\frac{ \frac{R_T}{R_0}-1}{\alpha} =T_K-T_0/+T_0\\\frac{ \frac{R_T}{R_0}-1}{\alpha} +T_0=T_K[/tex]

Podstawiamy dane do wzoru i obliczamy temperaturę końcową:

[tex]\frac{ \frac{52\Omega}{45\Omega}-1}{3,91*10^{-3}} +285K=T_K\\\\324,8K=T_K[/tex]

1. When I see you tomorrow, I will tell you about my holiday plans.

2. We will phone for a taxi as soon as her flight arrives.

3. We will wait under this big oak tree until the rain stops.

4 While you do the shopping, I will go to return the books to the library.

5. They will climb over the wall as soon as it gets dark.

6. You won't be able to go out, unless you eat your lunch.

7. After you take the pill, you will soon feel much better.

8. I will give him the password pod only if he removes my name from the list.

9. I won't make a decision until the accountant informs me about our financial situation.

10. We will change the decorations until the first guests arrive.

1. Will you marry me? [Future Simple]
2. Are we going to order some coffee before we get the bill? [Be going to]
3. Why aren't you going to the Canaries again this year? [Be going to]
4. If there's enough time, will you ask him to explain? [Future Simple]
5. It's cold in here, isn't it? I'll close the window. [Future Simple]
6. Don't worry! I'll catch you if you fall! [Future Simple]
7. „Have you seen Flash?” „No, but i'm seeing it this evening”. [Present Continuous]

W zadaniu użyliśmy czasów Future Simple, Present Continuous oraz konstrukcji 'be going to'.

Powodzenia w dalszej eksploracji języka angielskiego!