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¡¡¡¡40. It was the split of eleven southern states from the Union in 1861 that leading0 }) v& ~& ~7 P* F: w: {
¡¡¡¡A B C D b- f: s2 m7 y( \
¡¡¡¡to the Civil War in the United States.
6 Z, Z( C% H7 A# T; G¡¡¡¡Section Three: Reading Comprehension
! w& l; C9 }0 R+ w6 a4 c/ v2 c/ l¡¡¡¡Questions 1-9
& F% j @ ]) N¡¡¡¡In 1903 the members of the governing board of the University of Washington. in
4 E% O* Y9 {5 }' l¡¡¡¡Seattle. engaged a firm of landscape architects, specialists in the design of outdoor) u: w3 b* {& y. C( v
¡¡¡¡environments--OImsted Brothers of Brookline, Massachusetts-to advise them on an8 U7 T% A8 ? M& p
¡¡¡¡Line appropriate layout for the university grounds. The plan impressed the university officials,
4 r) j$ z" B" Y0 n9 t' ~+ d¡¡¡¡(5) and in time many of its recommendations were implemented. City officials in Seattle, the( J( {) `7 P8 }; ]
¡¡¡¡largest city in the northwestern United States, were also impressed, for they employed the o: [8 f/ i9 q7 _8 L' c( p: p4 o
¡¡¡¡same organization to study Seattle's public park needs. John Olmsted did the investigation" g0 J$ Q+ d. |$ V U6 Z( B
¡¡¡¡and subsequent report on Seattle's parks. He and his brothers believed that parks should/ N+ D$ D9 l- h. S/ g; I
¡¡¡¡be adapted to the local topography, utilize the area's trees and shrubs, and be available to
3 G3 K, X; s- G2 T¡¡¡¡(10) the entire community. They especially emphasized the need for natural, serene settings6 E$ [* e4 o# Z5 [& M0 P% u( ^
¡¡¡¡where hurried urban dwellers could periodically escape from the city. The essence of the/ I9 Z; O$ Q. Q; [7 L" p* B! M
¡¡¡¡Olmsted park plan was to develop a continuous driveway, twenty miles long, that would
/ M" Y7 V7 F- d¡¡¡¡tie together a whole series of parks, playgrounds, and parkways. There would be local
$ o/ c4 `) \$ k3 E. ]7 |¡¡¡¡parks and squares, too, but all of this was meant to supplement the major driveway,0 o/ t; ]: I/ a* E0 S& K
¡¡¡¡(15) which was to remain the unifying factor for the entire system., L% i5 k$ p2 M. ^8 {
¡¡¡¡In November of 1903 the city council of Seattle adopted the Olmsted Report, and
- m5 }: y6 W' X6 t¡¡¡¡it automatically became the master plan for the city's park system. Prior to this report,
2 X/ I6 p3 h# d/ }3 i7 h¡¡¡¡Seattle's park development was very limited and funding meager. All this changed/ X m" S4 q& x+ c
¡¡¡¡after the report. Between 1907 and 1913, city voters approved special funding measures
* k: i1 w9 W3 Q; V; p7 E# v¡¡¡¡(20) amounting to $4,000,000. With such unparalleled sums at their disposal, with the Olmsted
1 G- j' s7 K$ D$ s, @% u/ i¡¡¡¡guidelines to follow, and with the added incentive of wanting to have the city at its best
- b5 Z4 `" W5 Y0 O¡¡¡¡for the Alaska-Yukon-Pacific Exposition of 1909, the Parks Board bought aggressively.
1 j- G8 D: |' @; C' x¡¡¡¡By 1913 Seattle had 25 parks amounting to 1,400 acres, as well as 400 acres in% o. Q4 S' A+ V& x4 R1 N. f5 ?
¡¡¡¡playgrounds, pathways, boulevards, and triangles. More lands would be added in the7 N! A+ x D: D! O* Q
¡¡¡¡(25) future, but for all practical purposes it was the great land surge of 1907-1913 that
- h3 y8 r& z2 K% ]( l( L: `$ b p¡¡¡¡established Seattle's park system.+ r4 U" t# s. X8 {: J: X
¡¡¡¡1. What does the passage mainly discuss?4 h* t6 l% b6 o
¡¡¡¡(A) The planned development of Seattle's public park system& }2 Q( j w- s. ?& A
¡¡¡¡(B) The organization of the Seattle city government
; I3 H! h( o# E) _7 J8 l! Z: r0 O+ ?7 x" N¡¡¡¡(C) The history of the OImsted Brothers architectural firm# w" K$ Z/ v) n# U+ T0 `3 P
¡¡¡¡(D) The design and building of the University of Washington campus
% J7 C7 P3 j- J5 f# Z¡¡¡¡2. The word "engaged" in line 2 is closest in meaning to" D4 m7 P$ |' R' q7 H. k
¡¡¡¡(A) trained
2 w7 A/ Q# u, y& g3 p& s+ N¡¡¡¡(B) hired; `, B0 l& i: O+ V; D) B; i
¡¡¡¡(C) described
; P+ ]) |- W! Z$ H6 ]0 G¡¡¡¡(D) evaluated6 n2 v* M c, o9 i1 h
¡¡¡¡3. The word "subsequent" in line 8 is closest in meaning to8 d5 d# |8 h$ O" \
¡¡¡¡(A) complicated' H# O: }' b: |6 d1 T$ c
¡¡¡¡(B) alternate. E! w+ @$ ]5 _0 n l) {" f
¡¡¡¡(C) later
5 C; l/ H2 ]: v, I% b¡¡¡¡(D) detailed
: l$ O. g$ _( p$ c$ g2 Q' T¡¡¡¡4. Which of the following statements about parks does NOT reflect the views of the Olmsted Brothers firm?4 t; J) I& Z. g+ n% V
¡¡¡¡(A) They should be planted with trees that grow locally.( x; L# p0 |9 z: B
¡¡¡¡(B) They should provide a quiet, restful environment.0 o6 E4 r8 ~: N0 g+ N1 {
¡¡¡¡(C) They should be protected by limiting the number of visitors from the community.
& K/ f( y- H; o6 B¡¡¡¡(D) They should be designed to conform to the topography of the area.
! u L" a5 b' D6 G' \- X: h! [¡¡¡¡5. Why does the author mention "local parks and squares" in lines 13-14 when talking about the Olmsted plan?
' P5 N6 R9 y7 x& ^! Q5 X¡¡¡¡(A) To emphasize the difficulties facing adoption of the plan
* X& o6 D& n2 {5 F, h( t¡¡¡¡(B) To illustrate the comprehensive nature of the plan: O" |3 V5 \: {" d9 q
¡¡¡¡(C) To demonstrate an omission in the plan
/ }7 P8 E( s4 |¡¡¡¡(D) To describe Seattle's landscape prior to implementation of the plan* s) K# v* s2 R3 [, }% s
¡¡¡¡6. Which of the following can be inferred from the passage about how citizens of Seattle received the Olmsted Report?
# o9 N6 v7 F( |/ E7 J, |¡¡¡¡(A) They were hostile to the report's conclusions.1 E K" b% I5 ^
¡¡¡¡(B) They ignored the Olmsteds' findings.
! h/ C* ?2 S6 S; G g# Y¡¡¡¡(C) They supported the Olmsteds' plans., ]2 E# U0 w& Z. k4 z- f- c
¡¡¡¡(D) They favored the city council's seeking advice from another firm.
# P! B/ N- q8 U9 S¡¡¡¡7. According to the passage, when was the Olmsted Report officially accepted as the master plan for the Seattle public park system?
- w3 Y8 `' \+ _2 R+ o B8 D; [¡¡¡¡(A) 1903
1 B8 H7 B7 N! ^1 f: u¡¡¡¡(B) 19071 I T, |5 _/ _5 e5 A7 Z
¡¡¡¡(C) 1909
. ?4 y# a p7 ]1 [' w- Z9 R¡¡¡¡(D) 1913# |9 v, j# ^+ j+ s7 ]$ Y
¡¡¡¡8. The word "sums" in line 20 is closest in meaning to ~3 \! m! \/ K; ~* [+ @6 r8 n
¡¡¡¡(A) problems
7 Z* i1 m ]6 \3 m+ \, b# f0 P¡¡¡¡(B) amounts( P+ B: _& y& d
¡¡¡¡(C) services$ c2 X3 s& }; I$ P& a: H
¡¡¡¡(D) debts
3 r" y# t- K# B7 y, V¡¡¡¡9. According to the passage, which of the following was most directly influenced by the Alaska-Yukon- Pacific Exposition?3 Z$ u/ o s% I# S" B+ w. \
¡¡¡¡(A) The University of Washington, O* H- N( L1 T" {- `$ I: b0 k
¡¡¡¡(B) Brookline, Massachusetts {4 I6 U, L2 Z
¡¡¡¡(C) The mayor of Seattle' h# z8 T# X1 O1 |3 q0 L
¡¡¡¡(D) The Seattle Parks Board
+ N, k: N+ k8 T5 R3 [5 \5 V¡¡¡¡Questions 10-19* I0 ~ ]% ~9 k( b2 D
¡¡¡¡No two comets ever look identical, but they have basic features in common, one of the/ [8 x3 y4 {. l
¡¡¡¡most obvious of which is a coma. A coma looks like a misty, patch of light with one or more
) Q( ^4 p) B0 E# U+ a# @& K& N¡¡¡¡tails often streaming from it in the direction away from the Sun.
2 N9 C2 ^( ^( a* T" R. z' x- O¡¡¡¡Line At the heart of a comet's coma lies a nucleus of solid material, typically no more than
9 @9 A7 T. X+ L4 c. Q¡¡¡¡(5) 10 kilometers across. The visible coma is a huge cloud of gas and dust that has escaped; k6 h w3 B+ ^6 O+ a' m2 ^% ^
¡¡¡¡from the nucleus, which it then surrounds like an extended atmosphere. The coma can extend
3 L! q/ D4 Q2 F8 U8 X6 }¡¡¡¡as far as a million kilometers outward from the nucleus. Around the coma there is often an
' p$ P+ X6 |* E O5 h, x9 Q9 W¡¡¡¡even larger invisible envelope of hydrogen gas./ X9 \, E! P) i) Z! C4 E6 l
¡¡¡¡The most graphic proof that the grand spectacle of a comet develops from a relatively
z' F) R8 w2 W¡¡¡¡(10) small and inconspicuous chunk of ice and dust was the close-up image obtained in 1986 by
$ j5 W' } ^( A" [% a; f- r( y% E( k¡¡¡¡the European Giotto probe of the nucleus of Halley's Comet. It turned out to be a bit like a! _1 _7 Y3 p* [- {( r, m4 C
¡¡¡¡very dark asteroid, measuring 16 by 8 kilometers. Ices have evaporated from its outer layers
4 t5 h8 L) D8 L# h6 K) d, E4 W¡¡¡¡to leave a crust of nearly black dust all over the surface. Bright jets of gas from evaporating" D5 S3 z+ D+ X2 [& i$ W
¡¡¡¡ice burst out on the side facing the Sun, where the surface gets heated up, carrying dust
3 ~5 v0 h& S9 J d$ L0 g¡¡¡¡(15) with them. This is how the coma and the tails are created.
F' }7 S' q! L$ n) j$ n¡¡¡¡Comets grow tails only when they get warm enough for ice and dust to boil off. As a
" {) m! h; B) T$ B1 }( Y n) `& G( d¡¡¡¡comet's orbit brings it closer to the Sun, first the coma grows, then two distinct tails usually
9 A* _% U' A" Q3 v0 D¡¡¡¡form. One, the less common kind, contains electrically charged (i.e., ionized) atoms of gas,+ B' \! K, g/ M- ?2 C: p
¡¡¡¡which are blown off directly in the direction away from the Sun by the magnetic field of+ _0 A9 D4 l+ H, o2 i
¡¡¡¡(20) the solar wind. The other tail is made of neutral dust particles, which get gently pushed back7 w$ a* G- `1 H$ X* M$ o8 U0 n' [5 M
¡¡¡¡by the pressure of the sunlight itself. Unlike the ion tail, which is straight, the dust tail
0 X! t0 A; V, u u+ T j¡¡¡¡becomes curved as the particles follow their own orbits around the Sun.
6 M( F7 K" Z6 u s6 k3 u" @( J% J$ Y¡¡¡¡I0. The passage focuses on comets primarily in terms of their' [% A" {. M5 I% v" W: ?
¡¡¡¡(A) orbital patterns
5 y) U0 W( h1 H4 K# T9 [¡¡¡¡(B) coma and tails, F+ X# c% g+ E1 X s3 E
¡¡¡¡(C) brightness$ g: b, n: B2 \. H- T- D
¡¡¡¡(D) size
/ h7 j" G, n6 U# D& p¡¡¡¡11. The word "identical" in line I is closest in meaning to ]* o4 ]$ W* Q# j9 q
¡¡¡¡(A) equally fast
6 i0 I2 A" M5 ~: A7 s¡¡¡¡(B) exactly alike" @8 R1 \2 {1 @
¡¡¡¡(C) near each other5 y; r9 l9 D5 K- d$ C
¡¡¡¡(D) invisible
7 C- d3 o, v, |& ^¡¡¡¡12. The word "heart" in line 4 is closest in meaning to$ j8 N9 C" q! a# f
¡¡¡¡(A) center) n; _: p/ k* C3 Q9 f" b
¡¡¡¡(B) edge$ ]" y' M9 N5 ~# ^4 P' K# ^
¡¡¡¡(C) tail! X( v) t8 k- A8 z- o
¡¡¡¡(D) beginning
* Q- ~' w; I$ s/ u$ E* E¡¡¡¡13. Why does the author mention the Giotto probe in paragraph 3?+ h: ?( p7 F/ x# `- U9 N
¡¡¡¡(A) It had a relatively small and inconspicuous nucleus.
9 q) m) y! F2 c4 w; v6 o1 r- O& d¡¡¡¡(B) It was very similar to an asteroid.
6 ^. _3 ^! R' h/ I¡¡¡¡(C) It was covered with an unusual black dust.
\2 t7 h/ G) [& r" E9 v6 _¡¡¡¡(D) It provided visual evidence of the makeup of a comet's nucleus.$ o2 n3 t, p# H) Q
¡¡¡¡14. It can be inferred from the passage that the nucleus of a comet is made up of: s3 E$ V3 p$ i& G% k
¡¡¡¡(A) dust and gas+ S3 B5 n. @1 T# K$ C4 j4 s: \
¡¡¡¡(B) ice and dust6 p a( o7 M/ g D4 ?2 c1 W- _
¡¡¡¡(C) hydrogen gas
( q- L3 ~5 k$ s5 M¡¡¡¡(D) electrically charged atoms
3 E* C) v/ O. o& P% \¡¡¡¡15. The word "graphic" in line 9 is closest in meaning to# M( o$ y+ d) T
¡¡¡¡(A) mathematical, P3 G! D4 g, A6 A" [$ q, X- [+ S- |
¡¡¡¡(B) popular
5 ~4 m* Q) F8 q# j ~1 P2 ~+ N9 [- _¡¡¡¡(C) unusual
' W( W& \2 o- J7 ~* `¡¡¡¡(D) vivid
8 A* [ D9 v! `- i' B¡¡¡¡16. Which of the following occurred as the ices from Halley's Comet evaporated?3 `3 `* I% D) B& F ~. z& W
¡¡¡¡(A) Black dust was left on the comet's surface.+ S1 ?7 |6 ~0 d& X
¡¡¡¡(B) The nucleus of the comet expanded.
3 m9 Y' Q; ^) n e. _( E3 z: O- Q¡¡¡¡(C) The tail of the comet straightened out.9 d9 m0 w% ? R* [5 }1 j& |
¡¡¡¡(D) Jets of gas caused the comet to increase its speed.
- k( b! c% K3 r: ]7 Y¡¡¡¡17. All of the following statements about the tails of comets are true EXCEPT:2 a5 p3 p' |6 L3 `; G! w
¡¡¡¡(A) They can contain electrically charged or neutral particles.! L( |1 K& O' O) `# _. q2 c0 D A' U
¡¡¡¡(B) They can be formed only when there is sufficient heat.
% ]9 r$ O7 w/ m¡¡¡¡(C) They are formed before the coma expands.7 }# ?2 M# e/ l. T- `' c, P0 b
¡¡¡¡(D) They always point in the direction away from the Sun.' z+ D. K% \9 a- Y8 u
¡¡¡¡18. The word "distinct" in line 17 is closest in meaning to1 C, z6 g: X/ f5 l* t9 |
¡¡¡¡(A) visible6 |0 g* o; F* Y) q8 g; n1 l' }
¡¡¡¡(B) gaseous
) N6 m1 }( \3 F4 `: Y5 |¡¡¡¡(C) separate
: T% ^2 h: d, c1 }+ E3 k6 c¡¡¡¡(D) new
) e4 v# ?- D0 ] y) `0 @2 H$ {: q¡¡¡¡19. Compared to the tail of electrically charged atoms, the tail of neutral dust particles is
; y! u% s" _9 X& P¡¡¡¡relatively
1 `- A) g5 W" @+ I' M¡¡¡¡(A) long
E2 S1 d! U S$ f* ], h¡¡¡¡(B) curved
: ~5 h. s: d& C) B¡¡¡¡(C) unpredictable
, C. E, A) e# z o* n3 H¡¡¡¡(D) bright
- ]* q3 s7 b2 w: j+ D¡¡¡¡Questions 20-29- L' z( L. G9 X
¡¡¡¡Many prehistoric people subsisted as hunters and gatherers. Undoubtedly, game
R$ N! \, c! h5 Z¡¡¡¡animals, including some very large species, provided major components of human diets.' G& G& H7 R7 P
¡¡¡¡An important controversy centering on the question of human effects on prehistoric wildlife
2 a% A' h6 P7 v% {& C# x¡¡¡¡Line concerns the sudden disappearance of so many species of large animals at or near the end
# }2 ~& ^- z, {¡¡¡¡(5) of the Pleistocene epoch. Most paleontologists suspect that abrupt changes in climate led
8 u, ^- P( |1 B9 X# x2 F8 C¡¡¡¡to the mass extinctions. Others, however, have concluded that prehistoric people drove3 V6 @: F. g- t4 u
¡¡¡¡many of those species to extinction through overhunting. In their "Pleistocene overkill' {3 E, Y( M c7 W: f D! x- V
¡¡¡¡hypothesis," they cite what seems to be a remarkable coincidence between the arrival of
# D3 m( ~) }6 M1 {7 e- L¡¡¡¡prehistoric peoples in North and South America and the time during which mammoths,
! Q3 C8 |# X9 a¡¡¡¡(10) giant ground sloths, the giant bison, and numerous other large mammals became extinct.4 _' I4 G# K: @7 `5 H; y( ^
¡¡¡¡Perhaps the human species was driving others to extinction long before the dawn of history.1 |5 J6 U. o6 W: b" a
¡¡¡¡Hunter-gatherers may have contributed to Pleistocene extinctions in more indirect. ~' _8 D& l$ X, |1 D, B
¡¡¡¡ways. Besides overhunting, at least three other kinds of effects have been suggested:
* X2 x, o, } ]! u4 O¡¡¡¡direct competition, imbalances between competing species of game animals, and early, V8 `% j7 P( w2 `
¡¡¡¡(15) agricultural practices. Direct competition may have brought about the demise of large
" b/ B( }+ {" q+ t* o¡¡¡¡carnivores such as the saber-toothed cats. These animals simply may have been unable- y, a0 ]4 e: J: o
¡¡¡¡to compete with the increasingly sophisticated hunting skills of Pleistocene people.4 f4 l3 c3 `1 e& T7 O
¡¡¡¡Human hunters could have caused imbalances among game animals, leading to the0 M* A& p T9 \1 T W8 J
¡¡¡¡extinctions of species less able to compete. When other predators such as the gray wolf+ \1 q' W% S1 U) `7 e! \
¡¡¡¡(20) prey upon large mammals, they generally take high proportions of each year s crop of
$ @7 S1 i$ t, N# [- q6 j¡¡¡¡young. Some human hunters, in contrast, tend to take the various age-groups of large animals
" ]) }/ W3 h/ B2 O+ s Q; _0 F¡¡¡¡in proportion to their actual occurrence. If such hunters first competed with the larger- F' ]+ w; ^5 Q$ [% L" J: g
¡¡¡¡predators and then replaced them. they may have allowed more young to survive each year,
2 K1 z5 j: l! M) h: O¡¡¡¡gradually increasing the populations of favored species As these populations expanded,( r) P0 w, z6 E
¡¡¡¡(25) they in turn may have competed with other game species for the same environmental niche,
# ]2 }) @0 `- d: q: w& a+ k0 n: _¡¡¡¡forcing the less hunted species into extinction. This theory, suggests that human hunters
& o; I! c0 i: J# m. V0 A¡¡¡¡played an indirect role in Pleistocene extinctions by hunting one species more than another.% Z4 r/ ]* k( X3 H/ r; _ K0 O. M- u
¡¡¡¡20. What does the passage mainly discuss?
6 x: f+ F3 u6 V3 i¡¡¡¡(A) The effects of human activities on prehistoric wildlife7 L0 {7 Z1 ~" Y/ F( P1 W
¡¡¡¡(B) The origins of the hunter-gatherer way of life/ X1 ~0 d4 R+ o1 U' |: H7 I4 f9 e/ h
¡¡¡¡(C) The diets of large animals of the Pleistocene epoch+ }, _1 ~, }5 ]
¡¡¡¡(D) The change in climate at the end of the Pleistocene epoch3 n% D+ q( k; V$ @ I+ d
¡¡¡¡21. The word "Undoubtedly" in line I is closest in meaning to
O9 l! P, k. G' `2 r: W7 c¡¡¡¡(A) occasionally) W; ?1 ~( o. }
¡¡¡¡(B) unexpectedly* `1 D; j0 U& K! V( m
¡¡¡¡(C) previously
8 p3 e6 u3 k6 s! u) C9 S¡¡¡¡(D) certainly
8 v. R) E* H# R7 e: v" t9 V# L4 i¡¡¡¡22. The word "components" in line 2 is closest in meaning to7 c* I1 C3 g5 ~8 r- t% I% I) C
¡¡¡¡(A) parts
o3 A6 x9 M# q¡¡¡¡(B) problems7 k! o; K- O, K
¡¡¡¡(C) changes3 P+ e m( E: j1 l
¡¡¡¡(D) varieties% s. ?4 i2 J0 F9 X
¡¡¡¡23. Which of the following is mentioned as supporting the Pleistocene overkill
. l7 ?9 B7 I) b1 V¡¡¡¡hypothesis? H; L4 {8 q$ y( H* y c: _8 Q7 D, z
¡¡¡¡(A) Many of the animals that became extinct were quite large.' N+ s0 h( X _( W
¡¡¡¡(B) Humans migrated into certain regions around the time that major
+ o; c: P9 _* K7 O1 {) }, t/ n¡¡¡¡extinctions occurred.
, o& M/ z, h' n/ S- R' d¡¡¡¡(C) There is evidence that new species were arriving in areas inhabited by) ~: w7 Z6 n" x
¡¡¡¡humans.$ t$ ^- i: c6 |9 ^) v! [
¡¡¡¡(D) Humans began to keep and care for certain animals.& \! o; f8 B) \$ ~
¡¡¡¡24. The word "Besides" in line 13 is closest in meaning to
/ |9 R) s4 K7 e¡¡¡¡(A) caused by4 l; ?$ G6 A) E
¡¡¡¡(B) whereas% x; i; W" F: b' T& G. k
¡¡¡¡(C) in addition to
) E1 b# Q& s. a¡¡¡¡(D) in favor of4 i9 o4 \) r, m% N0 `/ b3 }
¡¡¡¡25. The author mentions saber-toothed cats in line 16 as an example of a carnivore5 `( Y4 }1 E/ r( f$ S9 q
¡¡¡¡that) \! T) [- t- C9 ^
¡¡¡¡(A) became extinct before the Pleistocene epoch
9 y3 ^5 d& I( U% D, j; G: l/ x¡¡¡¡(B) was unusually large for its time2 U# Q+ q. L5 i# O+ m8 g
¡¡¡¡(C) was not able to compete with humans
/ Y( G p. U1 _% N% F. [¡¡¡¡(D) caused the extinction of several species# p4 e5 w1 p4 e+ L }
¡¡¡¡26. The word "they" in line 20 refers to
) A3 \# k1 Y8 J- O¡¡¡¡(A) human hunters
; {# P2 N7 z2 l" z2 H3 v¡¡¡¡(B) game animals
& [+ ?0 f4 i8 B4 ^4 X! ^" O' K¡¡¡¡(C) other predators0 R/ p9 I3 [# I( t$ b4 ?9 }* K
¡¡¡¡(D) large mammals2 h7 Y; c6 c* l1 v F- I- t
¡¡¡¡27. According to the passage, what is one difference between the hunting done by
0 z, M% c" z8 C; E¡¡¡¡some humans and the hunting done by gray wolves?
8 @ t5 [/ E' f; g3 c# P0 t¡¡¡¡(A) Some humans hunt more frequently than gray wolves.
) u7 R! f: ]: w+ b¡¡¡¡(B) Gray wolves hunt in larger groups than some humans.
) r# @$ Z9 H. v8 y& a1 i, J8 b" s¡¡¡¡(C) Some humans can hunt larger animals than gray wolves can hunt.5 }1 m8 b- N# S: t
¡¡¡¡(D) Some humans prey on animals of all ages, but gray wolves concentrate
. w. q+ v- U F D¡¡¡¡their efforts on young animals.
) Q, {+ l) g8 {- |* p9 a8 b¡¡¡¡28. The word "favored" in line 24 is closest in meaning to- C) E( O+ Y% u
¡¡¡¡(A) large7 e# J# I8 f! L
¡¡¡¡(B) escaping
4 E4 [! ?* ~4 q; [: R¡¡¡¡(C) preferred
5 Y S" N' o, o+ C" K- u; R¡¡¡¡(D) local
" U, Q' _- u5 O& P. h: j/ C& I2 f¡¡¡¡29. According to the passage, the imbalances discussed in paragraph 3 may have3 l* P" e5 K& E/ e
¡¡¡¡resulted from" e2 V- c6 ?' k8 A
¡¡¡¡(A) the effect of climate changes on large game animals: G; V) p: s4 }
¡¡¡¡(B) large animals moving into a new environment) B C5 v' E5 t) J4 e8 z
¡¡¡¡(C) humans hunting some species more than others
9 \5 R3 g7 F" R; ^$ a1 X& V4 {, a3 S+ m. h¡¡¡¡(D) older animals not being able to compete with younger animals, f$ a* A% \1 P/ s1 `1 ^
¡¡¡¡Questions 30-393 G7 `* T5 c0 `+ l& y
¡¡¡¡Tulips are Old World, rather than New World, plants, with the origins of the species
' P3 [" z }, w. @% L0 t¡¡¡¡lying in Central Asia. They became an integral part of the gardens of the Ottoman Empire. X+ ?/ q( ?- I
¡¡¡¡from the sixteenth century onward, and, soon after, part of European life as well. Holland,- Z8 m5 Q/ X4 S9 P8 r
¡¡¡¡Line in particular, became famous for its cultivation of the flower.
2 T9 L6 I6 f6 L$ K# q¡¡¡¡(5) A tenuous line marked the advance of the tulip to the New World, where it was
' S7 ?" L' e, k: q¡¡¡¡unknown in the wild. The first Dutch colonies in North America had been established
) a, ^6 v1 [ c1 M+ U¡¡¡¡in New Netherland by the Dutch West India Company in 1624, and one individual who
: R/ O1 B5 B: ?1 v3 _¡¡¡¡settled in New Amsterdam (today's Manhattan section of New York City) in 16422 _9 r# R p- ~
¡¡¡¡described the flowers that bravely colonized the settlers' gardens. They were the same
2 [. z& E& h3 l( z. ]¡¡¡¡(10) flowers seen in Dutch still-life paintings of the time: crown imperials, roses, carnations,
8 ?2 V. @9 v6 _( L* Y+ z' Z# c¡¡¡¡and of course tulips. They flourished in Pennsylvania too, where in 1698 William Penn
8 K4 G! S; p2 e1 E3 s s. [& U¡¡¡¡received a report of John Tateham's "Great and Stately Palace," its garden full of tulips.$ A' W# v) s9 a
¡¡¡¡By 1760, Boston newspapers were advertising 50 different kinds of mixed tulip "roots."
5 p3 g% l0 \; `6 \2 s¡¡¡¡But the length of the journey between Europe and North America created many
6 ^' n8 {1 |, G- L8 M¡¡¡¡(15) difficulties. Thomas Hancock, an English settler, wrote thanking his plant supplier for
~* B% Q8 P" G) G8 C¡¡¡¡a gift of some tulip bulbs from England, but his letter the following year grumbled that7 S1 }- f6 A/ G5 X
¡¡¡¡they were all dead.0 d9 z% d8 n9 R& h
¡¡¡¡Tulips arrived in Holland, Michigan, with a later wave of early nineteenth-century
/ m" s( M$ x1 h" J' m3 @: D¡¡¡¡Dutch immigrants who quickly colonized the plains of Michigan. Together with many
1 U% w5 a. q3 I* v5 |! V+ a¡¡¡¡(20) other Dutch settlements, such as the one at Pella. Iowa, they established a regular demand
0 {/ f h+ O/ U" |- o* ~7 s¡¡¡¡for European plants. The demand was bravely met by a new kind of tulip entrepreneur, the
' Y4 o7 H) a& @4 s+ C¡¡¡¡traveling salesperson. One Dutchman, Hendrick van der Schoot, spent six months in 1849
' p! f7 t. K% U2 c% w( o( J6 d! v¡¡¡¡traveling through the United States taking orders for tulip bulbs. While tulip bulbs were
' g( h( N- n& y j¡¡¡¡traveling from Europe to the United States to satisfy the nostalgic longings of homesick
# { O) @4 T- W& ]- {! v¡¡¡¡(25) English and Dutch settlers, North American plants were traveling in the opposite
& _) r( N! e/ l/ z, g4 v) ~" ]¡¡¡¡direction. In England, the enthusiasm for American plants was one reason why tulips* Y7 @+ B* v* K( u* A0 O+ g/ d
¡¡¡¡dropped out of fashion in the gardens of the rich and famous.
9 ~4 v: _" e. j8 V/ s, j! W6 d F¡¡¡¡30. Which of the following questions does the passage mainly answer?2 f9 V* b i7 j& z' d0 E
¡¡¡¡(A) What is the difference between an Old World and a New World plant?
6 F/ M" t# ~0 K. U' H! D$ M¡¡¡¡(B) Why are tulips grown in many different parts of the world?
7 f2 }6 J5 m3 h% I2 I4 l¡¡¡¡(C) How did tulips become popular in North America?
5 v! m( S$ r( `6 |¡¡¡¡(D) Where were the first Dutch colonies in North America located?4 L, R( Y& a6 V3 i) `
¡¡¡¡31. The word "integral" in line 2 is closest in meaning to5 ?: c) U. M7 c/ \
¡¡¡¡(A) interesting$ G' R% a- s! }3 o# \% `
¡¡¡¡(B) fundamental+ M4 o& `' h5 r" M: Y
¡¡¡¡(C) ornamental
: O9 ?. o) R3 o% I0 O¡¡¡¡(D) overlooked6 U7 Y6 `( |( w1 M
¡¡¡¡32. The passage mentions that tulips were first found in which of the following, O; d# z% T6 Z1 R/ y W
¡¡¡¡regions?
6 S! o' w; H; M, V" C; l* w; G: y¡¡¡¡(A) Central Asia
: @8 u% g' N7 B P# ^¡¡¡¡(B) Western Europe4 a4 Q$ K8 w% h
¡¡¡¡(C) India) z4 f# J6 X2 Q
¡¡¡¡(D) North America
: ^9 L9 B9 d# P+ _1 A¡¡¡¡33. The word "flourished" in line 11 is closest in meaning to# q7 `0 o8 C' U# a- l6 D
¡¡¡¡(A) were discovered
; x" L! j8 K' Y2 |* J# @, M, J¡¡¡¡(B) were marketed
7 p6 T c! e* {( y¡¡¡¡(C) combined$ n0 o0 ~4 v2 \2 [0 G
¡¡¡¡(D) thrived4 i0 }, A' W" A9 h
¡¡¡¡34. The author mentions tulip growing in New Netherland. Pennsylvania. and
5 P! N7 b6 W. v! e. f. _, M2 ^# o¡¡¡¡Michigan in order to illustrate how
3 v0 c2 c) A: f* w¡¡¡¡(A) imported tulips were considered more valuable than locally grown tulips% T j$ K8 w% L- V( x
¡¡¡¡(B) tulips were commonly passed as
& B; T p! h! [¡¡¡¡gifts from one family to another
. H1 ~7 H9 p0 S: Q i% V3 `¡¡¡¡(C) tulips grew progressively more+ c" @6 W8 `" j$ K0 ^0 B% ~: k
¡¡¡¡popular in North America
, o$ d4 ?+ s- J¡¡¡¡(D) attitudes toward tulips varied from1 w+ o2 e9 o( m) B
¡¡¡¡one location to another
- n: H$ a2 @# s4 i¡¡¡¡35. The word "grumbled" in line 16 is closest in meaning to
4 y- }7 o6 p* j# @3 L$ |- F: ?1 W¡¡¡¡(A) denied
. M8 @( y3 f2 C% Y¡¡¡¡(B) warned
% J) h1 S2 s# t0 ^0 r¡¡¡¡(C) complained
; T2 v9 f- T+ P¡¡¡¡(D) explained2 f8 Y7 S3 O: N1 z( M
¡¡¡¡36. The passage mentions that one reason English and Dutch settlers planted tulips in
' j3 B3 V) O4 H @9 C¡¡¡¡their gardens was that tulips" W# L, m: Q S& ]4 e( Z, z- W
¡¡¡¡(A) were easy to grow0 Z! \; f6 U4 E/ O3 |% N
¡¡¡¡(B) had become readily available7 s- O7 Z- d3 [
¡¡¡¡(C) made them appear fashionable
$ U/ V# X0 H+ I# b6 Y' _, L9 o¡¡¡¡(D) reminded them of home
+ T8 g" m: j `% E! N$ |8 ]0 H# Q¡¡¡¡37. The word "they" in line 20 refers to
. W1 C4 l' F" I; f* t& p¡¡¡¡(A) tulips
" z; F Z, C. L0 e( w9 C¡¡¡¡(B) plains
% W. Z" o0 H2 Z! W" j¡¡¡¡(C) immigrants
# _1 R7 }3 u% r7 H¡¡¡¡(D) plants) i( r% G6 H" m8 Y
¡¡¡¡38. According to the passage, which of the following changes occurred in English C6 E T: x" r% O
¡¡¡¡gardens during the European settlement of North America?
8 e/ o! k/ P) N/ w5 X7 H¡¡¡¡(A) They grew in size in order to provide enough plants to export to the New World.
: y$ o- Y' u+ M: R9 o; H- q* B b: p¡¡¡¡(B) They contained a wider variety of tulips than ever before.
m4 s9 }3 S J3 A5 x¡¡¡¡(C) They contained many new types of North American plants.
) M j. w! Y/ G. c¡¡¡¡(D) They decreased in size on the estates of wealthy people.
, i: E( F+ c: H: m+ L, W¡¡¡¡39. The passage mentions which of the following as a problem associated with the
' R& I* A. p- P& L¡¡¡¡importation of tulips into North America?
1 T7 b- R& R9 o/ b& L* {¡¡¡¡(A) They were no longer fashionable by the time they arrived.
% E% n5 n7 P% O5 W" h¡¡¡¡(B) They often failed to survive the journey.
$ t1 k5 v- b/ Q: y¡¡¡¡(C) Orders often took six months or longer to fill.! k+ k2 @* F. e7 [5 U% v
¡¡¡¡(D) Settlers knew little about how to cultivate them.& t% g! P" Y$ T. C: B
¡¡¡¡Questions 40-50* ~$ Y) R w+ ~( \7 y) O5 E8 S! X
¡¡¡¡Pheromones are substances that serve as chemical signals between members of the
0 w3 d* W; o% x- f: G/ r' v9 }¡¡¡¡same species. They are secreted to the outside of the body and cause other individuals
' Y+ J( ^6 O) y: J2 |¡¡¡¡of the species to have specific reactions. Pheromones, which are sometimes called
3 }8 ~% l# e' v, [6 c2 u0 {9 @0 c¡¡¡¡Line "social hormones," affect a group of individuals somewhat like hormones do an individual% ?; B: d' L. G7 X7 [1 ~8 p
¡¡¡¡(5) animal. Pheromones are the predominant medium of communication among insects
. y* N+ M9 r7 Z: @6 q4 e% e. V¡¡¡¡(but rarely the sole method). Some species have simple pheromone systems and produce7 I. N5 i* e3 x9 d1 Z9 y2 X
¡¡¡¡only a few pheromones, but others produce many with various functions. Pheromone9 p" O2 q! \# n2 H2 @' r: p
¡¡¡¡systems are the most complex in some of the so-called social insects, insects that live
. e( W) n4 s. i1 [+ H" I¡¡¡¡in organized groups.9 I8 ^6 N* y1 p
¡¡¡¡(10) Chemical communication differs from that by sight or sound in several ways.8 ]0 u# d6 n) Y* W g. @
¡¡¡¡Transmission is relatively slow (the chemical signals are usually airborne), but the- b) {3 c S6 R9 t+ P# }
¡¡¡¡signal can be persistent, depending upon the volatility of the chemical, and is sometimes
1 o" I4 m k1 r* r) U¡¡¡¡effective over a very long range. Localization of the signal is generally poorer than
& T. ^9 O: H4 ]* o1 z¡¡¡¡localization of a sound or visual stimulus and is usually effected by the animal's moving
! V. P7 J( w' u, k; j¡¡¡¡(15) upwind in response to the stimulus. The ability to modulate a chemical signal is limited,
# z2 r) Z- \" j6 l9 Q* m5 q8 R9 D¡¡¡¡compared with communication by visual or acoustic means, but some pheromones may
6 ~. K% N6 b" [2 i9 W' y6 q% g¡¡¡¡convey different meanings and consequently result in different behavioral or physiological9 f' m3 _ s& S) }) T/ y4 I
¡¡¡¡responses, depending on their concentration or when presented in combination. The* U9 y9 S- c. |
¡¡¡¡modulation of chemical signals occurs via the elaboration of the number of exocrine, F: ^# h$ t8 k3 J
¡¡¡¡(20) glands that produce pheromones. Some species, such as ants, seem to be very articulate
7 S" S* T! \2 ~% o. A. y¡¡¡¡creatures, but their medium of communication is difficult for humans to study and
2 r6 P4 b$ i$ X& \% l# J¡¡¡¡appreciate because of our own olfactory, insensitivity and the technological difficulties6 m- D( O1 p( r2 T% t8 p4 v
¡¡¡¡in detecting and analyzing these pheromones.: ]; a) P4 ^' X. v
¡¡¡¡Pheromones play numerous roles in the activities of insects. They may act as alarm
4 N* [6 C l( K) ?0 l2 x+ J) _/ l0 G¡¡¡¡(25) substances, play a role in individual and group recognition, serve as attractants between
1 C6 I/ `+ j" L6 D; b9 b" ^¡¡¡¡sexes, mediate the formation of aggregations, identify foraging trails, and be involved in! q+ ~8 H+ `, a2 n3 M
¡¡¡¡caste determination. For example, pheromones involved in caste determination include; K9 z' ~4 e& D
¡¡¡¡the "queen substance" produced by queen honey bees. Aphids, which are particularly8 ~6 [# ~9 M1 G( ^/ U
¡¡¡¡vulnerable to predators because of their gregarious habits and sedentary nature, secrete5 D& S( z) C9 S' ?6 |
¡¡¡¡an alarm pheromone when attacked that causes nearby aphids to respond by moving away.
P5 D& W8 T$ s5 {¡¡¡¡40. What does the passage mainly discuss?( L' N' }$ n* |; n2 b- r! @
¡¡¡¡(A) How insects use pheromones to communicate
7 A: q; I3 H+ k$ S+ u' W7 s¡¡¡¡(B) How pheromones are produced by insects+ z3 p- f b" u
¡¡¡¡(C) Why analyzing insect pheromones is difficult5 m. m; x b& N, N g* H7 k: r; h
¡¡¡¡(D) The different uses of pheromones among various insect species
. K+ f& a# J# S6 A3 Q¡¡¡¡41. The word "serve" in line I is closest in meaning to
$ r( K" W) F; V¡¡¡¡(A) improve. M8 e1 M: ]# |' W
¡¡¡¡(B) function; J+ r* B* F% v. @* s3 _
¡¡¡¡(C) begin6 q+ g1 }: ^' u3 Q4 m. K: c, y/ d: A& g
¡¡¡¡(D) rely
* T, d0 l0 n1 y, f6 c5 x' S¡¡¡¡42. The purpose of the second mention of "hormones" in line 4 is to point out6 K2 Q. y. A9 D* N- ^- h
¡¡¡¡(A) chemical signals that are common among insects
* j# ^+ |8 q! h* t6 F¡¡¡¡(B) specific responses of various species to chemical signals9 J2 @! v x @
¡¡¡¡(C) similarities between two chemical substances
7 P+ c0 }, T0 _2 E¡¡¡¡(D) how insects produce different chemical substances
3 C, w N: G' r3 e& I" [5 X3 r¡¡¡¡43. The word "sole" in line 6 is closest in meaning to
) e' {' ` M; B, Y7 T5 r) o¡¡¡¡(A) obvious7 c- p$ \, G" t+ v: T$ D; I# J& x
¡¡¡¡(B) best
R/ A3 g& o, t# @* @. z¡¡¡¡(C) only1 W( J* j5 W, x3 M' D
¡¡¡¡(D) final4 B6 v' h5 m+ _( e
¡¡¡¡44. The passage suggests that the speed at which communication through
; y3 x8 ^1 z* t2 c¡¡¡¡pheromones occurs is dependent on how quickly they" |: \* H8 y6 e/ C
¡¡¡¡(A) lose their effectiveness" \( k0 |) K/ T# o4 Q% I9 u
¡¡¡¡(B) evaporate in the air0 {) i. _, _1 u9 @+ J5 h
¡¡¡¡(C) travel through the air3 P9 x, S- b. v) b
¡¡¡¡(D) are produced by the body+ \! A+ ^& |( t0 d# F8 s
¡¡¡¡45. According to the passage, the meaning of a message communicated through a
8 t V0 C/ a! g+ }* a2 `* r¡¡¡¡pheromone may vary when the
6 u/ h! d8 S; Y$ @% X¡¡¡¡(A) chemical structure of the pheromone is changed
) T1 U6 R* X, H3 D# K* j+ C) w¡¡¡¡(B) pheromone is excreted while other pheromones are also being excreted
% l3 Q/ G ^; z! c0 o3 p. V¡¡¡¡(C) exocrine glands do not produce the pheromone3 @5 l5 C' z/ z* u1 V
¡¡¡¡(D) pheromone is released near certain specific organisms# @1 K+ R* b/ z* d# d' W+ R3 \
¡¡¡¡46. The word "detecting" in line 23 is closest in meaning to/ E& i- w2 e% j! H
¡¡¡¡(A) controlling6 F; U+ W3 z6 e
¡¡¡¡(B) storing
. m- A8 r* q* g% Z8 ~6 V0 y6 v) g¡¡¡¡(C) questioning
( w: E2 v8 k! i/ z- C$ L¡¡¡¡(D) finding
1 I6 ]/ z7 K+ v! m0 h, W. `¡¡¡¡47. According to paragraph 2, which of the following has made the study of O3 s8 n( x+ f7 r8 Y/ o
¡¡¡¡pheromones difficult?
( s4 u8 a9 y6 v/ P¡¡¡¡(A) Pheromones cannot be easily reproduced in chemical laboratories.: [! N: C- F6 Q7 T
¡¡¡¡(B) Existing technology cannot fully explore the properties of pheromones.' L+ k1 c! v4 C, g
¡¡¡¡(C) Pheromones are highly volatile.! X* C' V! C2 c+ ?
¡¡¡¡(D) Pheromone signals are constantly changing.& e! @ v( p- b! ?
¡¡¡¡48. The word "They" in line 24 refers to( v7 Z& _. @ [! h
¡¡¡¡(A) pheromones- w3 U/ [& U8 Z* j1 J! r
¡¡¡¡(B) roles r* o7 q- ?" S
¡¡¡¡(C) activities( g+ Q" `! t+ C
¡¡¡¡(D) insects
2 ~9 X! m0 u- [: a! G' C¡¡¡¡49. The word "sedentary" in line 29 is closest in meaning to
7 C6 z# z ~0 w9 {$ W# Q! N1 ^ o¡¡¡¡(A) inactive0 o7 L5 ]) y# x4 T: z) M' k
¡¡¡¡(B) inefficient
, g3 ^, K" e0 N$ _: x- |' g" N¡¡¡¡(C) unchangeable+ ` P+ l+ K' X- F4 g
¡¡¡¡(D) unbalanced
7 U; e. d# c* |* }6 B7 m5 e8 X¡¡¡¡50. Pheromone systems are relatively complex in insects that
/ ]/ X) m* @6 ]" ?/ h¡¡¡¡(A) also communicate using sight and sound, Q% I! [2 w7 ~2 e' S
¡¡¡¡(B) live underground8 V6 e! y; T6 m8 K2 B/ z
¡¡¡¡(C) prey on other insects
, e9 m2 o: S5 L4 V¡¡¡¡(D) live in organized groups |
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