MATH 218 Final Collection Finals with Solution, Spring 2017
American University of Beirut · Elementary Linear Algebra with Applications · 9 pages · with solution
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AMERICAN UNIVERSITY OF BEIRUT Math 218 - Fall 09-10
Instructor; N. Makhoul-Karam = - Brief Quiz3 - January 7
Name:..... 8 alu.ben..... aay AUB ID number: ..........2..2.....02.068 Grade: 16
Question 1: (4 points)
T: Pz > P2 isa linear operator defined by: T(p(x)) = p(x) + p’(x)-
a) Is‘l one-to-one?
b) Is T onto?
¢) Is {T (1), T(x), F(x?) a basis for Pz? tot : 1,2, |
d) Find the matrix representation of T relatively to the standard6asis of P2.
ET ¥ er £NCT) , pi)zaxtbaic sabRec TC p03) =.0. # Toswomial
Ge. 2). +7) = a. WreR. .
&. (ax? + bute) + (Qaxt he =O. , VxeR |
&..ac® + (b+da)=. aes (e+e Nee 25 )» Vzer eo
— asd 7
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bY TA) = 4.p0.=4.
Ts St & tl.
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4, TOY ee Te) +e TCA). =
é, + ey (x+i}. + €3 (x + 255 = _ Week
a; +) + (ende)y rz 20. YeeR
CE rez =o
4+ 2 ield C2 £0 O
ve Ps . wie aN the tnvted Aelufion
ge ft 1; Te ee Liens ie en clant
and! \8|= alin (R= 3 ie Sin a tae BrP
Ay: 2, —P, Sine. Bz A as a lonnit or =
rire YT as (2), ae is. a leans Lo Ct) c&,
veld dung. Atm (RO) = 3 = sasen( and “es bis
There\ore . 4s anto ,
4 tre edialre .)
weet TO) ed oe Ths) = eel aned Tada x*+ 2x.
-fey HR) Ctrl) ee Be
foc Bien Be all y
Question 2: (2 points)
Are M,, and P; isomorphic? Justify and find an mei fromM,,,2 onto Po:
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Question: {6 points) : BaY
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Find a matrix P that diagonalizes A, and determine D = PlaP.
(Homework continuation: Show that Vk< Z*, A* = PD‘ P™ and deduce a)
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AMERICAN UNIVERSITY OF BEIRUT Math 218 - = Kall 09-10
Instructor: N. Makhoul-Karam = - Brief Quiz2 - = December 17
Hamers: RBS oc AUB ID number: ........0...00000000 Grade: 16
Question 1; (3 points}
a} Let T:R? = R? be the transformation defined by: 76) = (e mat where a,b,c,d © R.
Justify that T is linear,
b) Fora given # x » matrix M, prove that the function 7: M,, -> M,,, defined by T( 4) — AM + M4 isa
Jinear transformation.
al No that TCD) = (CES) @ (5)
ad c,
T se a omdtix omy IH phic how chuck tvare fore. a ater
. F trac Let nahn .
ar Dy previes the ft Rincas hy pren pees .
> pz At x “Ee . ky"
Vv uve R ) VRER | Les () We Cy) achat
T lurk) ae (ytby’)
c(t bx Se d(geky!)
- {A+ DY | | 'ebuy?
=.( Bee Courts)
= THe) ~ R Tr)
é
T (Ar RB) = (ark8)M + M (A+R
= AM+ R8N4 HA+ RMIZ |
= AM4MA +®&(BMNIMS
= TAS + &T(BS
bh VABEM,, Whe®
Question 2; (3 points}
Let 7: R? ~ R® bea linear operator defined by T(e,) = (7) Te) = ( 1 \ an Tey) = (2) where
fey, €2, &3} is the standard basis for R?. * 7
3) in the range of T?
b} Find the dimension of NC) and R(T).
a} 1s the vector w = (
a w is an RET Gif) thei exter. WS (4 ; Auch thak
“TMs eS TG 446432) = G
" % ow
ES =(}+9()+3(2}= pat
{ 4} D ( g)
ry OPES
= (0
a2 9g dealt iw ul sy
( | ot 21S) {-2 ¢ -2 a |
foal é 2) {a} ola
| 215 y\o ot ate
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‘0 ~2 2 -3/ cA] o Ol -~l
“There Pe me «ad da act an RCTS
bj ners =f) 7G)=24
ares (3 enct) e 7 Bos: $68 989) = my yee
” & me TVET Utes +27 (eh = 6
a SON T
Bt) i t(5)) , ax | i aim NOD] = 1
¥ But Lier (NES) bir (Res) = chin (IR) = 3
a Arial ® (ty = oo.