報日僑華
中大校外進修部
教
暫擬時間表已擬就
日結
六日期間舉行 日結束 英語科口試則擬定於六月九日至廿 主科考試定五月十四日開始 五月三十
五月十四日 考試時間,經已 就,現採源於下: (特紙)一九七五年中學會考主要科目:
·五月廿三日.
·語文卷]多項選擇題》。
五月廿四日
多項選粹題! 五月十六日
,上午十時半至十一時四十五分,化學二 上午八時平至九時四十五分,化學卷一。
1.
上午八時半至十時四十五分,地理卷一.. 上午十一時半至十二時四十五分:地理卷二
(ARSKO)
A
* 五月十七日
同等
五月廿六日. 卷二(多項選擇題)。
星多項選擇題)。 上午十時半至十一時四十五分;物理 上午八時半至九高四千五分,物理卷一。
(AREKE) ...
“五月十九日
六期星 日二十月二年五七九一圈公年四十六國民華中育教僑華
上午八時半至十一時 -數學卷】 -
〔)由安跌或
二八項選檡題) 上午十一時四十五分至一時十五分-數學然
‘上午十一時四十五分至一時十五分,數小時,每週上課兩外進修或瓜付現獄,一
尖沙咀加拿芬道恒生銀 以日語及粵黹授課》— 上午八尚半至十一時:數學(闾等課程》卷全期學費二百此府。: 大學3名義抬頭並加横 —本課程共二十帶,每一行大厦五樓中文大學校 ’(三)中級日°C 鸿 名表格,逕寄 【星光行九棚本部開,郵政,以「中交
五月十五日 上午八時半至十時半,佛學: 上午八時半至十一時半,聖經知識。
六日
一九七五年中學會考
華
本月下旬陸繞開課 設多項日間課程
喂修習,於今春續辦日 校外進修部爲便利有志一費一百一十元。 問課程,開設之科目介
進修人士,利用日閒餘 :C黹航)中文大學」光行九樓開課,全期學
九五
日月
廿十
黃文(程乙)卷。 上午十時四十五分至十一時四十五分;英國費一百六十五元。
四十 小 ———本課程共二十,每一十晚至十一時在星光 以粵語及日語授麗》——三月六日起每星期四上
九樓本部開課,全學課,全期學費七十元。
·至五特在尖沙咀星光行 至五時在星光行九樓開 「每星期二、四下午三時· 日起每星期二下午四時 CHORE BECKEX)
千小時。二月十五日起以英語授課二月廿五 共十講,講兩小時 全期學費八十元。 i毎週上課兩次,共四 〔八》英文毌街( 萏投縣牒:—本課程 在星光行九樓開課,
每第一小時半,共十八
心理學入門 一國八 星期五下午四時至五時 小時,二月十八日起每 名辦法如下: .
(九)日本插花藝
——本甜共十二:
上午八脚半至十尚:中國語文卷医。
上午十時四十五分至十一時四十五分;中國
光午五
二日共
兩次
空
下午二時半至四時中在
一次,共四十小時,1月
上午八办半至十恃:中國曆史卷」。
上午十時四十五分至十二時:中國歴史卷二 星光行九樓開謝,全期一.鸿周報名安格交收 下午二陶半至四時坐在一分行)中文大學級女两 | 廿四日起每星期 ī一行破矸角分行及尖沙咀 一到恒生銀行代邾港機
行購
·學費二百廿元。”
五月廿七日
上午十時半至十一時四十五分,而吏試卷二 上午八時半至九時四十五分,爲史卷一。
,多項選擇題。
五月二十日
乙) 卷1|多項選擇題)。
五月廿八日
上午十悌半至十一些四十五分:生物〔魂 上午八時半至九减四十五分,生物〔屎程
一
程
乙 字體設計—木課程共 錦田鳳樓團拜 十二講,每講兩小時, (四》中英文美術 東南書院校友會
以適應美術設計段目的六大學校友會於出
及公衆事務卷二〔多項選擇題。 上午十時四十五分至十一時四十五分,經濟 上午八時半至十時:經濟及公共事務j
五月二十一日
,上午八時半至九時四十五分:英國語文(卷。
五月廿九日
上午八時半至十時:中國文學峩一。 上午十時四十五分至一十五分!中國文學
費百一十元。.
甲,老Ü和平至九時四十五分;英國語文(眼
程乙2卷]。.
卷尖或卷三。
·上午八時半至十時半~附加數學卷二。:
卷二(多項演探祖。 上午十時半至十二時 - 英國語文(樫甲)
五月三十日 上午十一脚十五分至一時十五分-附頂數學」月廿六日起每星期三、委員杜克武、謝素英、
智九在三
課程乙》卷三〔多項選擇題)。 上午十時平至十İ時四十五分:英國語文 (
·上午八時半至十一時,英國文學。. 上午八時半至十時半,生物(甲)
張碌,全期學費一百六、 求迪步,阿畢節討論會
十五元
... ·五月廿二日
至於英龉科口試時間表,有關方面亦日抛定
BX (BBB)
上午八時半至十時:中國語文卷一。 上午十時四十五分至十二時四十五分「英
國
WAH KIU YAT PO-
給試談現階段的 學校道德教育
頁四第張五第日二十月正年卯乙:
論來
! EXPE• (*).
時,二月十八日起每星期一對對迎推糊,此 行,考生之參開其准考證上所列之海試日期- 在
計——本森程共十大 江州學校,得到校方對 六月九日至廿六日(星期六、日休息)期內舉
人所要自然而然地成本莆行事的這總律則,是和大多數人都認爲他的誠實乃屬理所當然,但在三 ......。法則」,在這位哲學家的心目中, 位大家都相信他是百分之百誠實的總統,多少絕的目的,可以不顧他人的死活。 論 爍的天空,在我的心內者道德的,這不改與矛盾,知並不一定能被烧察出。」損人利已絕對在所不計。只求遠到實際有利於已 : 的兩句話:「在我之上者是拿星閃動機與行爲常常是處互不一致,互相矛盾,而其中更甚者往往專講求實利,不顧倍篓這義,
·他在「實踐理性批判」一世中說過,在哲學上所作本體界與現象界的劃分一般,人的,想想的社會中,成爲庸俗的功利主義思想信徒, 德國哲學家康微的杂誌銘刻·外敗無其中的事物行為,不可勝數,正如在康德。其餘大多數將隨波逐流,浮沉於-
滿功利主美 .笑裏藏刀,奸詐導熈之徒,在所有,金玉其鮀慣,國刭为前的理想,恢復原來的道德信念的. 餵,勾心鬥角,預祝我詐,弱肉股度,口衮夏舞,必須耍作抉撄之中,只有少職能够保祢原有的
機就會中,人際的關係如此複上的失落之感。當動搖空虚仿往的階段渐成過去
-由動接到行爲作一跄地浟導两無矛盾低糖的理 受,退就是怒校一向所進行的里猼致育,也就是 波一般。 無矛盾之處。老師如此教導,學生就照鳥推會接 轉美學的女郎,其理想終必因慾酹牛奶栂而難於 學校的道健敎育理想信念被磔碎,因而產生道 一個-
滿功利主義思想的歡會,最容易使到
我相
貸契
功畫多洗到人
析分判斷。而社會上一般傳統馬濕或風尚潮流習,成為 - 於長就往往只從行露本身的表面下判斷,而無 一項天诚幻想。 【致超的。起點的方向正茹,由南善之心引發的行,誠實與不誠實,忠與奸,善與惡都是截然分明, 本來澳校的道接教育,是從基本的動機引發一世界中,一切人的勵機行爲都合乎理想地一致,而包。 年·特斯其是否依據路德律則的精純度也就十分困難 的理想道德主蒍教育逐渐失效,成爲爾於破滅的 爲其俘畫吧了。甚至那些不顧社會經濟大同不报 引,其本身倒溯到亚洲金城處的有分過程絕不容易,,這種俏心的管遍失落,使往昔由團校所接受到,你念,終於投降於強大的無性功利主義思想,成 歷 游微性的真假及純度,往往不容易作客觀的的與表均是金王者能够魚目混玦地同列一起 - 道格教育?何嘗沒有多少理想的道德戰念?只不 | 慣與利事關係的影响,也使到一可飽感行爲由行 有通離心鐘,就使人對理想的道德主義失去佰心 之下,逐漸失去他們由學校教育而來助极试 顧及其本有的剑梭。這就是功利主義思想拳佔. 在學校長,道德教育所提示給學生們的,往 ̇的發袞酷公們,他們何嘗沒有接受過「高等教育 內動電到行烧表現的歷程,往往相當複雜長遠, 被揭發,雖有揭發,就不免被金玉其外败絮其中 巳。這些人過去在他們的學校裡何答沒有接受過 ,要超然於一切功利關係之上,表現出自我負查 財位讓安的總統,這項莎實一定會令人違帶想到. 求利爲先,則利之所在,将多有不择手段去求 逍很行爲,憑在起點勦機成和道戀的平則相契合,終於由一位誠實的總統變爲一位因不誠實而須,移,歷久不焉,社會的普遍流行悬念纸是一切以 宇宙大自然具有一楂和諧的關係。因此,人類的 堅斯莫克者痛點猛染之下,無法在染起攷,人的無想这煞信念不斷受甄箸艇,很難矢志不 但由於人類社會是千鱵區複的絲会品,我心 持其顯然的金玉外说,我不過因爲其內底了相未分讓利已不擇手段的藝能力和腻想的,竞者而 往是向著動增防衍生出的理想道德世界,在選個點嗎?只不過,他們也是功利主義思想的忠实情徒 成爲歷史的事實,使人無由察覺大虛假處,一旦‘過在社會的上下交征利的風氣思想狂祂截擊酒 菜 :許多囊廢人生社會的道德行爲之所以仍能够保 的了。因此,寵骀行封及非也骚在之徒,亦不外 手段以求取暴利拼命申請加價的公用事乘主持者
月甚至取代道德理想地位的現象。
是明爲歌
起
同理然。來代
念是會撥興
出
有艷艷歲的
>理的
而此所無一校世
姆记·盘酵時
1在段效 社念倒適强气
該將性,
*失長
患有校全
本旨的贯徼體現,」者的關係非常和諧自然, 念,有如頭上頂泊牛奶膜而作良田美宅如意郎君
,其做人宗旨固出自其戲,其行捻也是這樣做人:是塞黏式世界的道铠 - 由此而逐步建立的理想信,我們都赚骸感到十分痛心十分關切的一項重要 , 因此 - 盛頓之作爲一個誠實孩子的品德區型,會改變茧材爲從前在襻校所齬潮的道德理想, 蕸微就管將只是一項谣早失效的空談,這是目的
理念不
!超
在團進接你行
起的翼健革
星期路會六桃尖、二學
設生江觀務求,友类根球衣白
灊歡黜櫌西會,各由、克縣、焯間提到二~ 年:迎变後洞位采桑的武 主齿 林 黑輯 會·酒時校。
得珠 最身中榮、任寶、裕有摟,友
方新新
全會力詞起,阿主達德賽界七
Peacock
Blue background p
blue
table cloth
red flowers
yellow flower.
green leaves
拜
Draw in O'B' in diagram
(ii) a little later the top point,
Ag has reached Awa
Draw.in the ripple A"ower now.
(iii) If the listance between
successive drests, and A or o
and O', is 2.0 on am the waves. travel
the Wavelength and the velocity of the waves, and
vibrator he frequency of the
(iv) What is the refective, intex?
and whatungle is made by the
refracted ripples to XY?
coap onents
reflected
兒立道。博德人理界到進義本
學
如的您其現愛却想中信發藝然地,們於所失處列敗底佈 意理理人實灣難世受腐活
即想想生的所免感到的积
個往的到心且,中未保到須酸三把一瓶的德共四度:
在的利更的 因先久賴一,包案耐大廊镇
吧於漸的呈人已此
了较失上向過不。
去下
PIXSIUS (15) -
1. (2) Critical Auié
When light is incident it
medium with a lower speed of light
the critical ale in this med
ie the sale of incidence for
which the angle of refraction 18
90 in necond medium
90€
elementa
(b) Myorie (short-sightedness)
symptoms cannot see dietant objecte
clearly
cause of defects:
(e) eye-ball too long, or
(b) eye-muscles fail to accommodate
L975-
中學會考專欄
focal length
for fine
perception,
aperture regulate the
light energy
control the
from entering,
iris.
size of the
aperture/pupil,
to after the
adjustment of
pupil
diaphra
Jena.
the
focusing
堅道書院主編:
Conata
focal
appear as
appear
colour components
G + ]
GR
B
物理科(十五) 陳永熾
怕
white light (G+R); ROYG BEV
Y
B+G
GR Peacock B
by
D
the
distance between
lems and fil
to house the
Blue
BL BL BL
A
生物科(甲)(十五)
sclera
Green:
ໆ.
BC
G
BL
delicate
interior
Yellow
GIR
FIL
Red light B
R
BL R
RI
BL
蚯超)之生活舒性,戒感、構造米妹头
[* *ck ...
Blue
BL BL EL
BL FL
味
"sin e
| melism optical density:
mediu 1.
medium. 2
運行家於有光距
解
Green
BL BL BL
BL BL
Yellow
R
EL R
BI
BL
Green light
G
G
BL
G
BL
Blue -BI
G
BL BL
BL
C BL
៨
BL
Yell
Keys:
G EL
BL
BL
我是什麼顏色?
C.AB数之
七站就
-B: Blue
R: Red
BL) Black.
dc裝器化鉆
是我颜色? 有何變化? 纸有何變化:
细胞内
収
横切蛋
料及號
谢
CÉNICY -BO
10.(小馬必去好中的糖漿上升绳逸,因為淋
上将、馬鈴薯紅收费,結果麻反
生物科(乙)(十五)
卓唐慕鐦
BICLOGY (#15,
Salas
15 of Auh, doito
Fin, and the
samire of Sysanore, are beiȚiet; by the wind with a characteristic 'spinning' flight,
The fruit, of, many Compositae whion are Cynnelse, bear an apical; ring g of fine hairs which erbts them to
fly through the air.
Sycamore fruit
-seed in fruit
-cularged pericarp as
sait for wind dispersat
是
teleça poratnic-
modified calya
(iii) ater is a other agent of dispersal. Fruits such as gchenes Bak, rigen below water and set free seeds: capable of jesisting the 201vent action of water.
Sometimes seeds, such as those of the White Water-lily are buoyant and Tloat; owing to the presence of air-spaces in the testa.
Others, such as the
oresise the density so
de- ng it to float. In this case, the mesc- carp is fibrous and can drift over
Long distances between the islands.
endocarp.
plant
embryon
mesocarp
(iv) A number of plants have devions by mesne of which they disperse their fruits and seeds. Ripen rode of Leguminosae •E• Lupin pea, the unequal drying or the tissues of the pericarp causes tensions within the fruit. When those teaslonu reach a maximum, the ruit turats suddenly, scattering the seeds..
adi
For angles of incidence in the
first medium that are greater than
the critical angle, the light cannot penetrete.
Total Tatemal reflection At any angle of incidence there is
reflection of
energy even idst of:
it is transmitted。
When energy is
incident at angles greater than the
orit
itical angle none.
is transmitted - all
of it.
is reflected.
This completen reflection at the boundary is called total internal reflection.
(b) The outline of the transparent tank, containing some liquid is sketched.
le stuck along AB, and its image is
| viewed through the
side AD. The observer has to move his eye slowly fom left to
ight:
There is a critical position where the image suddenly baocmes bright. Pins,x and yy at located on this line of demareation
: The tank is then removed, and the Line yx is dawn and poduced to cut AD at E.
Q and P. and Join erect a perpendicular OK, making
Measure the angle KCP -... which is the critical angle of the liquid.
OK AB.
[(0)
allw
sin PN ..sin(90°-c).
(d) Raya incident
onto the upper.
surface with an
angle greater than c,
|ain c=
1
=
1.603
= 0.6238 c=28°361
sin YPN
COS.C
will be totally internal reflected.
A cirole of diameter equal to 28 in.
Joutlined.
tan d =
R/2
R/2
R=4. tan.c
2R 8 tan c = 8 x 0.7983 = 6.39cm
On mounting
another glaby ag-1.43 the incident ray meets a boundary of glass to glass instead of glass. to air.
$μg1 = Ella•alle'
- +603
gin
=
A short-sighted:
eye will focus.
parallel raya in
front of retina.
Remedyi
A divergent lens
off-sets the rays,
and focuses them.
on the retina.
fiypermetropia (farweightedness)
symptom: unable to view nearby
objects clearly
cause of defect
(a) eye-ball too short, or (b) muscles of accommodation:
subject to continual strain
A far-sighted eye
tendote focus
rays from nearby objects behind the retina. Lemedyr.
A converging lens helps to converge the rays onto the retina.
·Presbyopia (aged eye)
sympton: limitation of a clear eye- sight for objects within a certain range of distance. cause of defect: eyeleng becomeя»: inelastic due to old age.
The power of accommodation is weakened due to age. Dietant objecte are brought to focus in front. of retina while nearby objecte. focused
are
behind it.
- bifocals da used to correct
the near point
with the lower section, and the far, point with
the upper section.
Astigmation symptom: A strain is imposed on the eye when viewing an object cause of defect: Varying curvatures on different planes of the domea.
The rays from the object in one plane may be brought to focus while some are behind and none in front of the retina.
Remedy: Using cylindrical lens whose curvature compensates for that of the co mea❤.
o) Focal length of a convex lens,
f= 4cm
Object distance, u6cm Image distance = v_cm
'= 'sin c*alle'
-1
7 1
and,
Y- 12cm:
=
n ér ) cin c*asin engug The lungo is realy manified by
sin e I alig 0.699
* 44°24"
sin
critical angle of the elat
It will outline another circle
on the upper surface of this slab;.
the diameter of which ist
D = 6-396+2tan_c.
2. (a)
6.39 + 2 x 0.9793 516.00
funo tion
самета
21m
for light
eve
retins
Image distanse
A = Objeat distance
=
= 2
The height of the image is 8cm. To obtain a magnified virtual image, the object is moved towards the lens until:-
v = −2uvo - zz = 哇
ㄓ
น
+
= 2
The object must be moved (6-2)=4cm towards the lens.
G: Green
Y: Yellow
Questions for this week
1. (a) The following is a transver
se avo, which wo points are in phase?
what is its wavelength?
Find the propagation apeed:if: its frequency is 6 hertz? (b) Complete the following dia-
Straight lines represent greps:-
the way 5-fronts, and arrow-head represente
the direction of propa-
HHCHHO
(e) Sy and Soare two ripple tark
vibrators. inves
generated by them
will both rench P. (注》 What T# the
condition for max- nonference Fimtam, 20
tc. cccur at P? (ii) What is the condition for tax- Com destructive interference to occur at P
If a maximuri constructive in-. taxference occurs at P, draw ci cular wave-fronts acnt out froL the two enure ac and link up the points where ochstructive inter- ference occurs.
2. (a) Compare the infra-red, vi- sible light; ultraviolet, and X-ray radiation with respective to their (1) origin, (ii) wave-
Yin theii) transmitting media
frequency,
(v) apeed, (vi) penetrating power, and (vi) dem
(n) The following diagram showg a ripple tank with RP as a strai- ght ruler, which vibratea up aid
down sending a single ripple. The
lower end, E, of the wave front AOE reaches the shallow water section XY making an angle of 45o.
對
AA!
alellow
Vater
0:The ware
Velocity is
if only two-thirds
yof the initial
vique,
(1) The ripple ten travels furthe so that the centre point 0, has The top half of
Just reached o*.
the ripple, A1O' what has happened helf Oial
is drawn in, buț to the lower
381 4A:50 20 17.
光合作时保安二氧化硫 用真:三架,本生燈云瓶膠塞水 塊
豬
獸化 冰毒材料、金裁洋植物
炎
水洗菜;加上滅。 结果:A紫由淡黃色蠻的藍紫物。 有多大變化。结合,由上波器,A玩來物
本の
内配化把心:籤化後來缨碘液
毎
花香,切條從珠海接獵
Auswers to Review
111
15.cn/
19. b
12. b 13 16. d 17. 20.a
18
Q:20. Describe with the help of: nemed examples, the methods of dispersal of fruits and seedu. Bezlanation:
Dispersal of fruits and seeds is brought about in our wayett (1) by Quinalg(i) by winn (id) y 日
and (iv) by special explosive
(1) Se
carried
animala Seeta may be intomilly or extermilly. Tomstoce, which are attractive to animals, juicy to taste and contain a
seeds among the fleeir pariai
äre
eaten. The seeds miss through the: 上
gigante ry canal without being
are then
egested
underaged in the faces. Sometimes, seeds are pticky e
they
By the time the ripe seeds have dispered the bryon Juve ocasal
pace: to EW. The seed next through a period of dozmanoy (rùat) This period may be artificially prolonged for many years. Usually, ito vital activiticusre greatly reduced and its respiration aerobic, It can resist very
able conditions such as.
ง rought.
unfavou
2001
of
线
then adhere to the birds which eat the berry. Sone fruits ouch as apricots and
have large stones which are sourded by the animel which gat the fruit.
example,
Some, opgegrass for have hooks to facilitate
the transport of seuls on the fur
passing animals.
All these aid, the fruits and seals so be tonaparted some distansg. cway. This animalc become agentu of dispareal.
„books on pericarp
goose grass fruit
(1) Wind is another agent of dispersal.
Some eeude, such as or hide and dodder are small and light and thus ars blown about and carried by the wind.
Other, such as very lave
censer mechanam, which enable
the dry aqelu to be shaken out of
the pores when wind blows the long stality squoing it to away.
increase
Some seeds iner
the BiTTice
area cf a relatively large seed, Any indehiscent dry fruits a vint dispersed owing to the out-
The growth of the pericarp.
Condition necessary for
tion:
germinati
Prasence of water
wich cause
biasuos to beoome turgid, soften- ing the testa and thus making it
2. Presence of sufficient sir Oxygen is needed for nérosic respiration..
Optum temperature different escas require a certain temperat- ure that is most suitable for its gemina tion.
Can you think of an experiment to... prove that the above coralitions ere Accesary to germination? Certain physical and chemical
hanges take place during this period.
1. Enzymes, activitated by water, 3.19 producet in the sytoplasm of tha Beed and they help to convert the food into soluble begrbabl for
2.
conai
reaction art free ! derable sout of heat.
3. Oxygen is absorbed and carbon
ioxide and water vapour is given uff.
4. Seed loses weight, enisaper
disappers, votyledons shrivel up as food is used.
5. The result of all this is the
development of the embryo into a geedling.
Page 20Page 21
No comments yet.
Private notes are available after approval.