- Messages
- 455
- Reaction score
- 7,676
- Points
- 503
Can u please upload the question u need again. You've attached the same file thrice. :/
We are currently struggling to cover the operational costs of Xtremepapers, as a result we might have to shut this website down. Please donate if we have helped you and help make a difference in other students' lives!
Click here to Donate Now (View Announcement)
Can u please upload the question u need again. You've attached the same file thrice. :/
Is that '(4)' Part of the question?when a polynomial f(x) is divided by x - 3,the remainder is -9 and when divided by 2x-1,the remainder is -6.find the remainder when the f(x) is divided by (x-3)(2x-1)(4).
Anum96
Plz help
Yep(freakin qs)Is that '(4)' Part of the question?
Oh okay. Whats the answer. Ill post my solution if its correctYep(freakin qs)
Sadly it is
Maybe its the quotient
isk really
No answer yar :3Oh okay. Whats the answer. Ill post my solution if its correct
Thank u so muchEEEts a tricky qs. But it has a way.
use the equation; f(x)=p(x)q(x) + r(x)
Where p(x) are the divisors ; q(x) is the quotient and r(x) is the remainder.
Plug in.
f(x) = (x-3)q(x) - 9
f(x) = (2x-1)q(x) - 6
Take any value of x to make the first terms equal to 0
f(3) = (3-3)q(x) - 9
f(1/2) = (2(1/2) - 1) -6
f(3) = -9
f(1/2) = -6
r(x) = ax + b
f(x) = 4(x-3)(2x-1)q(x) + Ax + B.
You have two values. Plug them in
f(3) = A(3) + B
f(1/2) = A(1/2) + B
Now you have the values of f(3) and f(1/2)
-9 = 3A+ B
-6 = 1/2 A + B
Solve them simultaneously;
A = -6/5
B = -27/5
r(x) = -6/5x - 27/5 Answer.
S1 ka question hay ya C12 ka ?when a polynomial f(x) is divided by x - 3,the remainder is -9 and when divided by 2x-1,the remainder is -6.find the remainder when the f(x) is divided by (x-3)(2x-1)(4).
Anum96
Plz help
Anytime ^_^Thank u so much
Particle models are sufficent for M1. Just assume that everything behaves like a particle (has mass but no volume).AOA everyone,
Actually I'm in a really confused state, my problem is related to M1 mechanics and physics....Alright, so we all know that when a simple object like a block of wood moves in a forward direction there is kinetic friction between the block and the floor in the opposite direction.... But things get tricky when it comes to an individual wheel, my mind is actually boggled about *HOW A WHEEL MOVES FORWARD?*. Several pages on Google state that the axle produces two tangential forces on the top and bottom of the wheel and this produces a torque about the axle. Then they state that the friction is opposite to the rotation of the wheel and so it acts in the forward direction causing the wheel to roll forward. But how can friction (forward) ever be greater than the backward force on the wheel produced by the axle. Some articles even mention static friction and rolling friction acting opposite to the direction of motion and all these contradicting statements on the web are confusing me further. Please help me with my query with a detailed and sensible explanation in terms of whatever I stated above. It would be really benign of you. Thanks in advance!
You cant simply right 3/8 ln(whatever )View attachment 58897
View attachment 58898
Ok so if A is 3/8 then k1 would also be 3/8 right?? how is it 1/8 in the ms D:
which paper is that?View attachment 58897
View attachment 58898
Ok so if A is 3/8 then k1 would also be 3/8 right?? how is it 1/8 in the ms D:
Nope ... Differentiate what denominator to give 24??You cant simply right 3/8 ln(whatever )
Differentiate the denominator. You will get 24. So it will be 3/24ln(whatever) And therefor 1/8 ln (whatever)
get it?
S15 - 31which paper is that?
What french? So you got the answer or what?Nope ... Differentiate what denominator to give 24??
Anywayss i did it by taking 1/8 common out of the two partial fractions to give 1/8*ln((3y+1)/(3y+9))
So +c is not zero but 1/8*ln(1/3) and the end answe still is the same
Yep but not by that way ...What french? So you got the answer or what?
Denominator of 8(3y+1) Differentiation will give you 24.
For almost 10 years, the site XtremePapers has been trying very hard to serve its users.
However, we are now struggling to cover its operational costs due to unforeseen circumstances. If we helped you in any way, kindly contribute and be the part of this effort. No act of kindness, no matter how small, is ever wasted.
Click here to Donate Now