Physics Predictions/Thoughts (1 Viewer)

[grahhhhhh]

ughhh hate the smart tutoring kids that r like raw mark 90 is bad as if it won't scale up to a high band 6 i'm literally struggling to even get a scaled mark 70

 

[grahhhhhh]

i'm so cooked rn i might start crying in the middle of the exam no matter how easy it is

 

[ManifestationIsKey]

i'm so cooked rn i might start crying in the middle of the exam no matter how easy it is

Its fine its our last one, lets just hope for the best. Good Luck Everyone

 

[Bananananana!!!]

Stupid fucking electron gun question was the one thing i could not even begin to do of all things. Everything else was good

 

[K1uggie]

Actual chill test

 

[grahhhhhh]

wtfym chill exam that was so hard to me

 

[nad1231231]

What year was that most similar to? And what’s the alignment gonna be like??

 

[user1207]

Exam was chill icl

 

[sainzsgf]

Stupid fucking electron gun question was the one thing i could not even begin to do of all things. Everything else was good

me too literally got the first one part of that question and then could not do the rest lmao. the wording was so weird

 

[nyanyanyan]

Bruh what did y'all think about the 1st quarks problem? I left it and came back later but still couldn't solve it. Also the question where you had to connect wires to rods to make an uneven current wtf was that

 

[sainzsgf]

Bruh what did y'all think about the 1st quarks problem? I left it and came back later but still couldn't solve it. Also the question where you had to connect wires to rods to make an uneven current wtf was that

i was a bit confused but i answered it like with each pion and what were the two quarks idk if thats right tho

 

[nonya2000]

me too literally got the first one part of that question and then could not do the rest lmao. the wording was so weird

we had to use trigonometry to calculate angle of velocity at the end of uniform field then we could get the distance

 

[twinkiecat]

All the science exams this year were great

 

[nyanyanyan]

we had to use trigonometry to calculate angle of velocity at the end of uniform field then we could get the distance

What I didn't use trig. What I did for c was I found the time that it took to travel the horizontal distance because the parallel plates didn't accelerate horizontally only vertically so I could use he given speed u. Then I used the new vertical velocity after the plates which I found with the acceleration from a with v=u +at and multiplied that by the time taken to travel the rest of the distance. Also I'm pretty sure that I was supposed to add the displacement from b but I forgot fml. Anyways how did you use trig????

 

[doctorhayman]

What I didn't use trig. What I did for c was I found the time that it took to travel the horizontal distance because the parallel plates didn't accelerate horizontally only vertically so I could use he given speed u. Then I used the new vertical velocity after the plates which I found with the acceleration from a with v=u +at and multiplied that by the time taken to travel the rest of the distance. Also I'm pretty sure that I was supposed to add the displacement from b but I forgot fml. Anyways how did you use trig????

For that question you had to find the new vertical velocity using data from Part B and find the angle of the resultant velocity using the horizontal 2x10^6 m/s from the question

Then use that angle with the 0.03m also from the question to find the vertical distance using trig

And then you had to add on the 8.1mm they asked you to prove in Part B

I still think it should've been worth 4 marks

 

[doctorhayman]

i was a bit confused but i answered it like with each pion and what were the two quarks idk if thats right tho

In the question they said that a pion was a meson AND that mesons are composed of two quarks

So you then looked at the table and added the charges of the correct quark and antiquark until they made sense
So ur prolly right

 

[nyanyanyan]

For that question you had to find the new vertical velocity using data from Part B and find the angle of the resultant velocity using the horizontal 2x10^6 m/s from the question

Then use that angle with the 0.03m also from the question to find the vertical distance using trig

And then you had to add on the 8.1mm they asked you to prove in Part B

I still think it should've been worth 4 marks

Maybe I'm remembering the question wrong but why can't you just separate the resultant velocity into horizontal and vertical components, find the time taken to travel the horizontal distance, then find out how much the electron travelled vertically with the new vertical velocity within that time and add the displacement from b? Wouldn't it be more trouble to do this with trig because they didn't give the whole velocity?

 

[nonya2000]

Maybe I'm remembering the question wrong but why can't you just separate the resultant velocity into horizontal and vertical components, find the time taken to travel the horizontal distance, then find out how much the electron travelled vertically with the new vertical velocity within that time and add the displacement from b? Wouldn't it be more trouble to do this with trig because they didn't give the whole velocity?

we didnt need the value of velocity, we just needed the angle. Ur way works too i think

 

[help2024]

Scaling predictions was this harder than 2019?

 

[nyanyanyan]

we didnt need the value of velocity, we just needed the angle. Ur way works too i think

Ok when they release the questions I'll try your way