四日七月一年二八九一層公年一十七國民華中育教儒

Saw dist

與二第張六第日三十月二十年酉辛腾夏

WAH KIU YAT PO

place, the sides of the hollow

1982

中學會考試題預習專欄

(十四)

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GEOGRAPHY (14)

YAY Lee

MILL & DALE PRESS LTD.

Questions for Revisions;

Study the lakes A and B shown

on the

following maps.

Name the type of lake in each case. Briefly state the features which aided your

identification. For each, explain its formation.

-850-

-750

650.

550

Ice

forming

are steepened and the base deepened.

ii. The hollow is enlarged into an armchair feature known as corrie.

Warner condi-

tions cause ice to waste away,

and moraine to

be pushed.

forward and left

on the lip. After the ice melts, a lake occupies the corrie or cirque.

It is called a corrie, lake or tarn.

Freeze thew action at the base (plucking)

報日僑華

期星

and

BIOLOGY (14)

Leung

be carved out by the actions of plucking abrasion of the glaciers, water will occupy these hollows and convert them into lakes termed ribbon Jakes. Sometimes, these long and narrow lake s may be a result of the deposition of moraines on the floor of the U-shaped valley. They. dam up rivers to form lakes.

area

28. The figure below

shows a lowland covered with ice. Name and briefly account for the features that would. be found at X and Y after the ice has melted;

Mile

& Dale Press Ltd.

Unit 10: Integration and

behaviour.

1. The following diagram

shows a section of the human eye

up using the apparatus as shown in the diagrams.

porous pot

Empty

ANS:

B

VI 50M

650

0 km.

1. Names of the features:

A Corrie lake

B. Ribbon lake.

Characteristic

features of

identification:

A-1. steep-walled

basin.

ii. arm-chair, like

iii.

on high

s

mountains ope about 700-750 m.

source of a river

which flows down to a wide U-

shaped valley

with

alpine

benches below

long narrow shape.

(oblong, shape)

ii. located at the

floor of al steep-side

U-shaped valley

iii. has alpines

iv

benched above with truncated spurs and hang-

ing valleys. perched above

Formation:

In mountainous areas, snow often collects in the hollows of rocks.

Plucking, a process by which craks and joints

are enlarged by:

freeze and thaw.

takes

action.

1982

Broken

Causes

abrasion

or grinding

Crevass

Bergschrund

materials

Plucking

Bergschrund

Margine

Grindin

Moraine deposited

on the lip

stream

Moraine

dam

Plucking

•Vertical

backwall

Lake

FORMATION OF A CONRIE LAKE (TARN.

B-

On the floor of U- shaped valleys

elongated hollows may

3441

a+bi.

中學會考試題預習專欄

3+420

2+1

3+hi

3441)(2-

電新數學

(十四)

(2+1)) ((2-i

6+81-7144.

明德出版社盧國雄 提供資料

MATHEMATICS (Syll.1) (14).

H.K. Lo

¡MILL & DALE PRESS LTD,

Suggested Answer

centures found at X and

Y after the ice has melted

Feature X

A kettle hole would be found at X after the ice has melted.

Formation

The presence of such ice blocks broken off from the main sheet in the area will probably result in the develop- ment of circular hollow. The formation of such hollow is due to the deposition around“. individual ice block, With higher temperatures,

the piece of ice melts. The melt-water will fill up the hollow and convert it into small lake called kettle lake,

Feature Y

Terminal noraines would be found at Y Formation

Terminal moraines are debris which accumulated at the edge of a glacier As the glacier moves along, pieces of rocks will be broken off from

the valley floor and carried downslope. With the retreation or melting of ice, the debris will be left behind forming a ridge termed the terminal moraine

生物

(十四)

明德出版社梁永華 提供資料

2x + (e+f) = 180

[180°-(e+1))]

(a)(1) Name the three

layers A, B and C (2) Describe and

(b) (1)

explain the structural adaptations found in each layer,

Name E and E. Explain how E and F differ in their | ability to detect the form and. colour of an object.

(c)(1) Which two types of

light-sensitive

cells are found in layer C

(2) How do these two

types of cells differ in their functions?

(d)Give the functions of

the liquids in D. (e)(1) Besides of the

liquids in D, give the names of two other structures. of the human eye that are

transparent,

(2) Give the functions

of each of these. two structures.

(f)(1) What is Go

(2) Give its function. (g)If rays of light from a distant object come into focus at

a point in front of C, (1) What would be the

defect of the eye? (2) What type of lens would be suitable for correcting such a defect?

(b)(1) Name the vitamin

which is essential

for vision.

(2) Why is it

important?.

Seedling A: radical

untreated. Seedling B: tip of

radical removed.

Seedling C: radical

untreated.

(n)With respect to growth

and curvature of the radicals of seedling A, B and C, what changes, if any, would be observed after a few days?

(b)What conclusions cen be drawn from the

obervation în (1) for seedling A and B. (2) seedling A and C. (c)Briefly describe the

advantage which growing plants gai from the response. shown by seedling A.

Ansvers:

(a)(1) A: sclerotic coat B: choroid C: retina

(2) A: It is tough and

thereford can. protect and maintain the shape of the eye..

(b)(1)

2. An experiment is set.

2x+3(2x)+4 = 0

Since, e-40° f=36

X

(180

·(40°.

52

ZBCF:

2x

2(1)

the coordinates of

It is rich in blood capillaries which supply oxygen and nutrients: to. the eye. It is also black in colours and therefore can prevent the reflection of light insi do. the eye. It contains the light sensitive cells which can detect the form and colour of the object, E: blind spot F: yellow spot

(2) E cannot detect

form and colour of the object because there are no ligh sensitive cells.

F can detect form - and colour of object clearly because there is the highest concentration of light-sensitive

cells.

(c)(1) Cones and rods

are

(2)ible for.

vision in bright light and BAPANES for colour vision Rods are

responsible for vision in dim light.

(d)(1) To maintain the

Key shape of the eye.

To supply.

nutrients to the

Tens and cornea,

(e) (1) Cornea and lens.

(2) Cornea protects the eye and

refract the light Lens focuses the inage on the retina,

Eye muscle,

(f) (1) It moves the eve

(8) (1)

in the socket.

Short sight. Concave lens.

Vitamin A.

It is responsible for the formation of visual purple, A lack of it would

cause night blindness.

(a)Seedling A. the

radical- continues. to grow and bends towards the pot.

Seedling B: the

Seedling C

radical

as 10 further growth anŸ” bending. the

radical continues to grow. downward without.

bending.

(b)(1) The tip of radical.

is responsible for the growth and curvature.

(2) The radical grows towards water (hydrotropisa). The effect of the stimulus of water is stronger than that of gravity.. (c)This makes the root

obtain more water.

Ans.

(sing-cost

Ans

1

=

4cm

FG

FD

AB

AD

.. FQ *

AB

EG BG

CM

E-16 - AF-3

EG

BD

CD

* бет

4cm

1+2cos@sinə.

2cosesinữ »

sin@cos✪

Therefore,

(sine+cose) -4gin@cost

EF EG-FG-

7. The value of the car at the end of the

first year is

$10,000(0,85)

The value of the car at the end of the 2nd year is.

$10,000(1—–15)*

· 100

$10,000(0,85)

The value of the car at the end of the nth year is

$10,000(0.85)"

If the value of the car first falls below $6,000 at the end of

then

the nth yea

10,000(0,85)*<6,000

(0.85)" <0.6

nlog0,85 < 10g0,6 n(T.9294) <(1.7783); h(−0.0706) < -0.2218 (0.0706)n > 0.2218

20.2218

n>

0.0706 3.1416

the value of the car first falls below $6,000 at the end of the 4th year.

Suggested solutions to Test 5

Section A

1

(i) Since - is one of the

roots of the equation

2

6x+13x+k=0

~6(3)2+13(3)+k-0

k-5

(ii) Therefore, the

equation is

6x+13x-5 = 0

(3x-1)(2x+5) *

#

the other root

i's

Ans.

Ans

As shown in the figure, ZEAB - X

(ext of cyclic

quad)

LEBA = x+f (ext of 4)

ZEAB+LABE+ZAER=180°

(sum of A

‚. x+(x+f}+e=180′

(1) The slope of the

(ii

P is (1,2)

straight line 3x-y÷0 is.5.

5.

(sint-cost)2

The slope of the required straight

line is -

consider the equation 2x-3y+4+k(2x-y)=0

2(k+1)x−(k+3)y+4=0

slope 12(k+1} The slope is

2(k

k.

(k+3)

And

The equation 2x-3y+4+k(2x−y)=0 represents a family of straight lines passing through the intersection of the straight lines (2x-3y+4=0.

2x-y=0

From (2),

(1)

2x

sin 8+cos 8-Csinecose

21

sin 8+coa 642sinécoge

-4sin@cos✪

(sind+cose)

-Sşinecoa✪

Since, sine.c

c༠༠8 * (sing+cose)-().

sin

0+2cos@sine

dada

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