Mathematics: Post your doubts here!

[Hamnah Zahoor]

 

[mustafa5255]

View attachment 65754

I get it now. Thank you soo muchh!! I couldn't afford a school or academy so studying all by myself and this helped alot. Thanks again.

 

[Hamnah Zahoor]

I get it now. Thank you soo muchh!! I couldn't afford a school or academy so studying all by myself and this helped alot. Thanks again.

Anytime

 

[Ahazzzz]

Re: Maths help available here!!! Stuck somewhere?? Ask here!

Assalamoalaikum!!

UPDATE: Link to Sequences Help by destined007 added!

AOA. Bother stuck on this question can you plz help

https://dynamicpapers.com/wp-content/uploads/2015/09/9709_w14_qp_43.pdf

 

[Ahazzzz]

AOA. stuck on this question can anyone plz help.

 

[Ltkhan]

R=√10
a= 71.56

(√10) cos (2x - 71.57) = 2

The range in which we've to find the angle is 0<Θ<90 but we'll be needing to modify it.

0<Θ<90

multiply it by '2'.

0<2Θ<180

Subtract 71.56 from both the limits.

-71.56<2Θ<108.44

So according to this range, we'll be needing to find the angle in three quadrants; -1, 1 and 2.

(√10) cos (2Θ - 71.57) = 2
cos (2Θ - 71.57) = 0.6324
2Θ - 71.57 = 50.78

As the angle we've found is positive which in turn means that 'cos' is positive, we'll find the angle in the quadrant in which 'cos' is positive. 'Cos' is positive in the '-1' quadrant and the '1' quadrant; thus, it is quiet easy to find the value of Θ now.

'-1' quadrant:

2Θ - 71.57 = -50.78
2Θ = 20.79°
Θ = 10.4°

'1' quadrant:

2Θ - 71.57 = 50.78
2Θ = 122.35
Θ = 61.1°

Therefore, the 2 values of Θ are 10.4° and 61.1°.

'1' quadrant is (1,1) ; '-1' quadrant is (1,-1) ; what are quadrants (-1,1) and (-1,-1)?

 

[sheraz Malik]

Hey, does anyone have the following PDFs:
9780008271879
9780008257767
9780008257736
9780008257743
9780008257750

 

[HANJiuyijiu]

how to solve this question

 

[maryamkhwaja6]

Assalamoalaikum Wr Wb!

Post your doubts here. Make sure you give the link to the question paper when posting your doubts.


May Allah give us all success in this world as well as the HereAfter...Aameen!!

And oh yeah, let me put up some links for A level Maths Notes here.

Check this out! - Nice website, with video tutorials for everything! MUST CHECK

My P1 Notes! - Only few chapters available at the moment!

Maths Notes by destined007

Some Notes for P1 and P3 - shared by hamidali391

A LEVEL MATHS TOPIC WISE NOTES

MATHS A LEVEL LECTURES

compiled pastpapers p3 and p4 - by haseebriaz

Permutations and Combinations (my explanation)- P6

Permutations and Combinations - P6

Vectors - P3

Complex No. max/min IzI and arg(z) - P3

Sketcing Argand Diagrams - P3 (click to download..shared by ffaadyy)

Range of a function. - P1

PLEASE HELP WITH PART (ii)

 

[Ryda007]

Assalamoalaikum Wr Wb!

Post your doubts here. Make sure you give the link to the question paper when posting your doubts.


May Allah give us all success in this world as well as the HereAfter...Aameen!!

And oh yeah, let me put up some links for A level Maths Notes here.

Check this out! - Nice website, with video tutorials for everything! MUST CHECK

My P1 Notes! - Only few chapters available at the moment!

Maths Notes by destined007

Some Notes for P1 and P3 - shared by hamidali391

A LEVEL MATHS TOPIC WISE NOTES

MATHS A LEVEL LECTURES

compiled pastpapers p3 and p4 - by haseebriaz

Permutations and Combinations (my explanation)- P6

Permutations and Combinations - P6

Vectors - P3

Complex No. max/min IzI and arg(z) - P3

Sketcing Argand Diagrams - P3 (click to download..shared by ffaadyy)

Range of a function. - P1

Can you please share A level s M1 topical Past paper type wise

 

[wargod_1632]

Assalamoalaikum Wr Wb!

Post your doubts here. Make sure you give the link to the question paper when posting your doubts.


May Allah give us all success in this world as well as the HereAfter...Aameen!!

And oh yeah, let me put up some links for A level Maths Notes here.

Check this out! - Nice website, with video tutorials for everything! MUST CHECK

My P1 Notes! - Only few chapters available at the moment!

Maths Notes by destined007

Some Notes for P1 and P3 - shared by hamidali391

A LEVEL MATHS TOPIC WISE NOTES

MATHS A LEVEL LECTURES

compiled pastpapers p3 and p4 - by haseebriaz

Permutations and Combinations (my explanation)- P6

Permutations and Combinations - P6

Vectors - P3

Complex No. max/min IzI and arg(z) - P3

Sketcing Argand Diagrams - P3 (click to download..shared by ffaadyy)

Range of a function. - P1

I need notes on calculus.

 

[TonyHarness]

A passerby observed Imam Ali (A.S) consuming such dried bread pieces that even a beggar would hesitate to steal them. Has Allah forbade you from consuming finer food? he questioned. Imam ALI(A.S): "No, but I want to consume food that at least some people in (my) region can afford once a day. I'll make improvements after I raise their standard of living.

 

[azscience]

Al salam Aleikom
Does anyone have a list of hard questions M1 P4
CHEM. unit5 and 6
Jazakom Allah kheir

 

[Lemniscates]

Al salam Aleikom
Does anyone have a list of hard questions M1 P4
CHEM. unit5 and 6
Jazakom Allah kheir

M1 as in Mechanics 1?

 

[azscience]

yes please
barak allah feek

 

[Lemniscates]

yes please
barak allah feek

You can try these questions on our insta page:- https://www.instagram.com/lemniscates_math/

 

[azscience]

Thank you
jazak allah kheir

 

[azscience]

Salaam, can someone help with this questions. How do we represent the equation of motion without friction but also in regard of the acceleration gained before

 

[Lemniscates]

Salaam, can someone help with this questions. How do we represent the equation of motion without friction but also in regard of the acceleration gained before

The acceleration value will change as the total force changes!
Hence, Fnet = ma is what you must use to find the new a.

However, this is just by reading what you provided in the images.
It would be better if you could share the exact question if available so that I can help you in much more clear way.

 

[Baashome]

alsalamu alaykom
hey
i really need the Math's Coursebook PDF's, I'm into As
Pure Math 1
Mechanics
ISBN 9781108461672