Kertas Cadangan Program Motivasi Upsr

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Her children brought her presents, all in beautiful ribbon and bright paper, except for Teddy's, which was clumsily wrapped in the heavy, brown paper of a scissored grocery bag. Thompson took pains to open it in the middle of the other presents. Some of the children started to laugh when she found a rhinestone bracelet with some of the stones missing, and a bottle that was one quarter full of cologne.

May 9, 2016 - PROGRAM PENINGKATAN UPSR 2016. KELAS TAMBAHAN Fasa 2. Selepas waktu persekolahan & masa cuti. BISIKAN NURANI TAHUN 6. (Klik disini untuk mendapatkan kesemua kertas kerja program yang dirancangkan PROGRAM UPSR ) Kertas. UPSR 2012 (Peringkat Sekolah) 1. Kem Motivasi.

She stifled the children's laughter when she exclaimed how pretty the bracelet was, putting it on, and dabbing some of the perfume behind the other wrist. The story doesn't end there. You see, there was yet another letter that Spring. Teddy said he'd met this girl and was to be married. He explained that his father had died a couple of years ago and he was wondering.well, if Mrs. Thompson might agree to sit in the pew usually reserved for the mother of the groom. And guess what, she wore that bracelet, the one with several rhinestones missing.

And I bet on that special day, Jean Thompson smelled just like. Well, just like the way Teddy remembered his mother smelling on their last Christmas together.

FUN WITH ENGLISH SK Kopok's Choral Speaking Script - English Carnival 2012 ALL: Good morning everybody, Here we are, A million, billion, willion miles from home, Among strangers, Who would like to know, SOLO 1 (Girl): Who are we? SOLO 2 (Boy): Where do we come from?

SOLO 3 (Girl:) What are we going to do? ALL: Just like always, We are going to tell you, We are just children, Trying to have fun with English, Making our voices heard, Ringing voices, all in chorus, Speaking English words, Experimenting with English! Playing with what we say, Since English isn't easy, We are having fun along the way, GIRLS: We can speak out loudly, BOYS: SPEAK THOSE WORDS OUT LOUD!

(Spoken loudly) GIRLS: Stop! Speaking out that loudly, Just shouldn't be allowed. GIRLS: And we can speak out softly, Or whisper in your ears, (Girls turn and whisper in their friends' ear) THIRD ROW: No! When you speak that softly, No one else can hear, BOYS: We can speak quite rapidly, GIRLS: Just like a speeding train. (Spoken rapidly) (Chuss!

Chuss!) BOYS: Or say the words quite slowly, ALL: Just-like-a-clogged-up-drain SOLO 4 (Boy): Still wondering who are we? ALL: Just like always, We are going to tell you, We are just like you, Trying to have fun with English, Making our voices heard, Ringing voices, all in chorus, Speaking English words, Experimenting with English! Playing with what we say, Since English isn't easy, We are having fun along the way, HALF OF THE GIRLS: And when the mood is right, OTHER HALF OF GIRLS: We'll speak up high!

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BOYS: Or-oh-so-low. GIRLS: Or water every word and. ALL: watch them grow! BOYS: Or say the words, In such a way, You want to sway, GIRLS: Tomorrow, tomorrow, and tomorrow, (swaying) Creeps in this petty pace from day to day, (swaying) BOYS: (Pointing at the girls) Look at them, Quoting Shakespeare, Like they know better, GIRLS: Oh well! Maybe we do, The rain in Spain, (swaying) Stays mainly in the plain, (swaying) BOYS: My Fair Lady! GIRLS: We can also, Twist our tongues. SOLO 5 (Boy): Twist what?

GIRLS: Sit back, relax, And let us ask you a question, SOLO 6 (Girl): How much wood would a woodchuck chuck if a woodchuck could chuck wood? (thinking gesture) SOLO 7 (Boy): A woodchuck could chuck wood, As fast as a woodchuck could chuck wood! And, if a woodchuck could chuck wood. SOLO 8 (Girl): What are you doing?

BOYS: Attempting to recite a tricky rhyme, As fast as possible, Without tripping over, Difficult words! GIRLS: English words are fun to learn, HALF OF THE GIRLS: Some are short.

OTHER HALF OF THE GIRLS:.and some are long. GIRLS: Ladies and gentlemen, Lend us your ears, For we know a very long word, It is super. SOLO 9 (Boy): I know! It is superman! SOLO 10 (Boy): Supernatural?

SOLO 11 (Boy): Super Junior? BOYS: Then tell us what it is. GIRLS: It is.supercalifragilisticexpialidocious, Even though the sound of it is something quite atrocious, If you say it loud enough you'll always sound precocious, Supercalifragilisticexpialidocious! That surely is the. PAIR 1 (Boys):.longest!

PAIR 2 (Boys):.biggest! PAIR 3 (Boys):.strongest! PAIR 4 (Boys):.cleverest! Word we have ever heard! GIRLS: Then you definitely, have never heard, Mary Poppins sings! ALL: YOU, YOU and YOU!

Take a good look at us, Having fun with English, Making our voices heard, Ringing voices, all in chorus, Speaking English words, Experimenting with English! Playing with what we say, Since English isn't easy, We are having fun along the way, SOLO 12 (Boy): Look at the audience! BOYS: All curious and restless, GIRLS: Tick tock, tick tock, tick tock (clock gesture) BOYS: All waiting and thinking, GIRLS: Tick tock, tick tock, tick tock (clock gesture) ALL: Who are we? Yes, we are your children!

GIRLS: We are. BOYS.seeds of today! GIRLS: We are.

BOYS.flowers of the future! GIRLS: We are.

ALL.voices of tomorrow! BOYS: And yes! ALL.SK Kopok!

First of all, the walls of the depository are 4-foot-thick granite, which many believe is lined with cement, steel and fire-proof material. It is said that the depository could withstand a direct hit from an atomic bomb.

The front door weighs about 22 tons and is made of blast-proof material. No single person can enter the vault. Several members of the depository staff must dial separate combinations, changed daily.

The staff operate on a random time schedule. The windows are sealed from the inside and out. The glass is fire-proof, bullet-proof and blackened so that no eyes can peek through. The foundation of the building is composed of multiple layers of cement, with 10 feet of solid granite on top.

The granite supports the weight of the vault structures and prevents underground infiltration. At every corner of the depository are multi-focus surveillance systems.They allow for every inch of the depository to be under surveillance at all times. There are also four armed sentinel stations located on the ground level. At each station are security personnel and Thompson submachine guns. Additional sentinel stations are placed on upper levels as well. The vaults are said to be 27 inches thick, made of steel and concrete and are impermeable to atomic bombs. In addition of its internal defenses, Fort Knox has a system of barriers and external defenses that make it virtually impenetrable.

The first barrier is a seemingly simple wire fence surrounds the outermost perimeter that touches the highway and roads. There are several motion sensors along this fence. The second barrier is a 10-foot electrical fence with additional concrete supports. The final electric fence encloses a rectangular area.

There are several secured doorways along this fence for patrolling guards. Next, the original fence, built in 1937, is a black wrought-iron barrier forming an octagonal defense around the building. In addition to these, the depository is within sight of Fort Knox, a large US army post home to the 16th Cavalry Regiment, 19th Engineer Battalion, US Army Armor School, and the 3rd Brigade Combat Team. In total, nearly 30,000 soldiers and 300 tanks, armed personnel carriers, attack helicopters and artillery are available for protection. Last but not least, the depository is also placed far enough inland to avoid sea assaults and is protected to the east by the Appalachian mountains.

The defenses described above are only a small fraction of what is known to defend Fort Knox. Its greatest defense is its secrecy. It is speculated that the depository has a system of virtual trip wires that can alert security personnel of an object nearly 15,000 feet away. They are intelligent enough to distinguish between a moving car an a loitering person. The depository is said to use stereo camera identification and fingerprint analysis as standard methods of identification. The stereo camera is so precise, it can point out features altered by plastic surgery.

Original builders of the depository have stated that many features were modeled on the Bank of France. Most corridors are said to instantly flood the moment an intruder is detected. It is widely believed that between the second and third barricades there is a system of land mines, surface-to-air missiles and motion-sensored automatic rifles.

In addition to these terrestrial defense system, the vaults are said to be protected from above by a satellite defense system. It can identify potential intruders and attack remotely. First off, Nikola Tesla was brilliant. He spoke eight languages, almost single-handedly developed technology that harnessed the power of electricity for household use, and invented things like electrical generators, FM radio, remote control, robots, spark plugs, fluorescent lights, and machines that shoot enormous lightning bolts. He had an unyielding, steel-trap photographic memory and an insane ability to visualize even the most complex pieces of machinery – the guy did advanced calculus and physics equations in his head, memorized entire books at a time, and successfully pulled off scientific experiments that modern-day technology still can't replicate. For instance, in 2007 a group of lesser geniuses at MIT got all pumped up out of their minds because they wirelessly transmitted energy a distance seven feet through the air. Nikola Tesla once lit 200 lightbulbs from a power source 26 miles away, and he did it in 1899 with a machine he built from spare parts in the middle of a desert.

To this day, nobody can really figure out how did he manage that, because two-thirds of the schematics only existed in the darkest recesses of Tesla's incredible brain. Of course, much like many other eccentric giga-geniuses and diabolical masterminds, Tesla was also completely insane. He was prone to nervous breakdowns, claimed to receive weird visions in the middle of the night, spoke to pigeons, and occasionally thought he was receiving electromagnetic signals from extraterrestrials on Mars. He was also obsessive-compulsive and hated round objects, human hair, jewelry, and anything that wasn't divisible by three.

He was also asexual and celibate for his entire life. Basically, Nikola Tesla was the ultimate mad scientist, which is seriously awesome. Another sweet thing about Tesla is that he conducted the sort of crazy experiments that generally result in hordes of angry villagers breaking down the door to your lab with torches and pitchforks.

One time, while he was working on magnetic resonance, he discovered the resonant frequency of the Earth and caused an earthquake so powerful that it almost obliterated the 5th Avenue New York building that housed his Frankenstein Castle of a laboratory. Stuff was flying off the walls, the drywall was breaking apart, the cops were coming after him, and Tesla had to smash his device with a sledge hammer to keep it from demolishing an entire city block. Later, he boasted that he could have built a device powerful enough to split the Earth in two. Nobody dared him to prove it. Tesla also ordered the construction of the Wardenclyffe Tesla Tower.

The massive structure, ostensibly designed to wirelessly transmit power, has been cited as a potential cause of the mysterious 1908 Tunguska Event – a ten-megaton blast that detonated in the wastelands above central Russia that completely obliterated and deforested everything unlucky enough to be located within a several hundred mile radius. While nothing has ever successfully proven Tesla's involvement in the huge explosion, it's pretty awesome that this guy could potentially have detonated a weapon 1,000 times more powerful than the nuclear bomb that destroyed Hiroshima, and have done it back before they'd even invented the submachine gun.

During his adventures blinding half of the world with science, Nikola Tesla harnessed the power of Niagara Falls into the first hydroelectric power plant, constructed a bath designed to cleanse the human body of germs using nothing but electricity, and created a 130-foot long bolt of lightning from one of his massive coils (a feat which to this day remains the world record for man-made lightning), but perhaps his most badass invention was his face-melting, tank-destroying, super-secret Atomic Death Ray. In the 1920s he claimed to be working on a tower that could potentially have spewed forth a gigantic beam of ionized particles capable of disintegrating aircraft from 200 miles away and blinking most men out of existence like something out of a Flash Gordon or Buck Rogers comic. His weapon, known as the 'Teleforce Beam', allegedly shot ball lightning at 60 million volts, liquefying its targets with enough power to vaporize steel, and, while it could shoot further than 200 miles, its effectiveness beyond that range was limited only by the curvature of the Earth.

Kertas Kerja Program Motivasi Kecemerlangan Upsr

Luckily for all humans, this crazy insanity never came to fruition – most of the schematics and plans existed only in Tesla's head, and when he died of heart failure in 1943, little hard data on the project existed. Edgar Hoover and the FBI confiscated all his personal stuff and locked it away anyways, just to be safe. Despite being incredibly popular during his day, now Tesla remains largely overlooked among lists of the greatest inventors and scientists of the modern era. Thomas Edison gets all the glory for discovering the lightbulb, but it was his one-time assistant and life-long arch-nemesis, Nikola Tesla, who made the breakthroughs in alternating-current technology that allowed for people to cheaply use electricity to power appliances and lighting in their homes. They constantly fought about whether to use alternating or direct-currents, but ultimately Tesla was the one who ended the battle – at the 1893 World's Fair in Chicago, his AC generators illuminated the entire experience, marking the first time that an event of that magnitude had ever taken place under the glow of artificial light. Today, all homes and appliances run on Tesla's AC current.

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Nikola Tesla was one of those super-genius whose intellect placed him dangerously on the precipice between 'great scientific mind' and 'utter madness'. He held 700 patents at the time of his death, made groundbreaking discoveries in the fields of physics, robotics, steam turbine engineering, and magnetism, and once melted one of his assistants' hands by overloading it with X-rays - which isn't really scientific, but is still pretty cool.

Kertas Kerja Kem Motivasi Kecemerlangan Upsr

And honestly, if there were one man on this planet who was ever capable of single-handedly destroying the entire planet through his insane scientific discoveries, it was Tesla. That alone should qualify him as the greatest geek who ever lived. The word sandwich that we use today was born in London during the very late hours one night in 1762 when an English nobleman, John Montagu (1718-1792), the Fourth Earl of Sandwich, was too busy gambling to stop for a meal even though he was hungry.

The legend goes that he ordered a waiter to bring him roast-beef between two slices of bread. The Earl was able to continue his gambling while eating his snack; and from that incident, we have inherited that quick-food product that we now know as the sandwich. He apparently had the meat put on slices of bread so he would not get his fingers greasy while he was playing cards. Now I wonder why it has not been called 'montagu' instead.

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Imagine 'Cheesy Chicken Montagu' and 'I have my diary montagued between the two books'.