The answer is a matter of opinion, and you're going to get different answers from different people. Here's <u>my</u> take on it:
The writers, producers and advertising sponsors of these shows certainly don't think they're boring. And <em><u>definitely</u></em> neither do the TV networks that decide which ones to broadcast.
I'm not trying to say "The experts don't think they're boring, so you must be wrong". I'm trying to say that different people have different opinions about the same shows, and in <em>your</em> case,<em> you</em> find them boring.
My conclusion is this: I think you're finding TV shows boring nowadays because you're growing as a person. You've grown, developed, and matured to the point where you're above the level of audience that the shows are pitched for. That's a very good thing !
You're sad because you used to get pleasure and entertainment from TV, and now it doesn't give you those things. That's like losing an old friend, that you used to have such fun playing with, but he just doesn't do it for you any more.
Now that you've grown up, you've made new friends. With them, you do things that you wouldn't even understand with your younger friends. And you develop new interests, like ... I don't know ... books, movies, hobbies, your church, your profession, learning new things, developing new skills, exercising your brain, writing, volunteer work, ham radio, building fine furniture, singing, learning to write music, raising tropical plants, sculpture, politics ... whatever turns you on. Some people never grow past the stage where staring at the tube is all they need in life, because they don't have what it takes to be interested in anything else. Those are the people that TV is aimed at. But you have more, and that's why TV isn't enough for you.
There are other possible reasons why TV bores you. But until I know more about you, I think it's a very, very good sign.
The 1st Law of Thermodynamics is a statement about energy conservation. It states that , which means that if we <u>substract the work W done</u> by the system to the <u>heat Q given</u> to the system we get the <u>change in the internal energy</u> , so any excess in energy given to the system appears as internal energy, stating that energy is conserved.
Because the particle q₃ is close to two other electrically charged particles, it will experience two electrical forces and the solution of the problem is of a vector nature.
Known data
q₃=5 nC
q₂=- 3 nC
d₁₃= 2 cm
d₂₃ = 4 cm
Graphic attached
The directions of the individual forces exerted by q1 and q₂ on q₃ are shown in the attached figure.
For the net force on q3 to be zero F₁₃ and F₂₃ must have the same magnitude and opposite direction, So, the charge q₁ must be positive(q₁+).
The force (F₁₃) of q₁ on q₃ is repulsive because the charges have equal signs ,then. F₁₃ is directed to the left (-x).
The force (F₂₃) of q₂ on q₃ is attractive because the charges have opposite signs. F₂₃ is directed to the right (+x)
Calculation of q1
F₁₃ = F₂₃
We divide by (k * q3) on both sides of the equation