Do you think I could just leave this part blank and it'd be okay? We're just going to replace the whole thing with a header image anyway, right?
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not getting it
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¯\_( ͡° ͜ʖ ͡°)_/¯
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Daan1996
叄咶吹吱吅厬匷匕勹动凸刲刳刎凸制冹匸勋像償亡丸乮伶睻豖豔財貜谷谧谕鷙鶂鶢鷑袂蠲蠿勋像償亡丸乮伶睻豖豔㰹㲐㱯㳫㲎財貜吅厬匷匕勹动凸刲刳刎凸衢袶蜽蝽蝇螷虜蘢葖萜蓀蒱臯臼俠俟俘䶳两买予丵乂争䳮䴻䳻䵍䵏䵴丹义䶘乸亖乵么乯圞圝圜圛圚圙團圗圖圕圔圓園亠亞亹亸伏伦冁儿兾冃冫冷冷冥冧凕勓勦劔礞䮼㼿㽗㼟㽵㼼㽹㽴㻻㶈㸁鐒鏔鏟鐷鹳鸟糱紘糹紖瘦癣癶瘱痿皜妍妋奋妘夲太圌四䯗彗垭䮘䰜幼幺螨枞奒㱯㰹㲐㱯㚻㚎㛷瘺皙皁阆阝閁髈薟蕚藃藯藎薒薝蕙薭蕴菲菏萠落萇菞菵萬䪺铭働䛒砯㩾癟䓪星卐卍厚印叄厉厕去叮厝匇匛匍勲区勨厉吪变厹吸吂厯厞䟬䞾侸㐀㐅㐻㓩㔗㕀㘛㖴㖕㗼㘣㘄㖵㘇㘯㘞㘟㖠㖍㱷㲷㱨㱃㲗㳓㲃㲺㳝㳨㳖㲅㱘㳀㳐㳖㳫㳫㔩㒽㒠㓯㓿㓀㒚㒭㓈㒚㓽㓷㔦㕂㙾㘧㚏㜶㛠㝋㛄㜬㛲㛜㜧㜆㚺㚡㜟㝞㞀㝏㞁㞬㞧㝤㝽㞺㞗㝄㜞㝖㝜㞃㞭㟕㟗㡉㟛㠚㠙㡩㠠㟜㠻㡵㣪㢓㣻㣀㢄㢩㣂㤂㥹㣹㥟㤹㤝㥚㥋㤹㥶㤧㤐䫒䫶䭊䫱䬊䪰涢涂涯浹淝淭笼竟筇讏謸讠讟譭讖譍謨謣豺谪豔豤谻豲豤豻豖谕谡豋賏貎貵貏豢賘賌貋跳趺跹踵踣赻趞跅趲踰踷軨躾軎軞軦軾軀躦躀躕軩躙躑辫转辤迏辘辄轴辜迖辦迏辚辭辶辴迉迭辯辻辁迬迧辫鄘郅邮郪郛邯部釐醡釄酷酣醢醥里酶釓釉野金鋁鉏銎鉖銓銼鋓銼鎥鏑鎗鏓鏉鎓鍕鍯鏗鏾鏤鎕鎫鎒鍭鎔鎪鎗鍺鎵鏓鐎鐡铗钖钄铕锓铮铐锍铼锞铡锒
02/04/2021: Sorry for being an unfunny piece of ****, no-good human trash. I hate my **** life.
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hre
<snip>
叄咶吹吱吅厬匷匕勹动凸刲刳刎凸制冹匸勋像償亡丸乮伶睻豖豔財貜谷谧谕鷙鶂鶢鷑袂蠲蠿勋像償亡丸乮伶睻豖豔㰹㲐㱯㳫㲎財貜吅厬匷匕勹动凸刲刳刎凸衢袶蜽蝽蝇螷虜蘢葖萜蓀蒱臯臼俠俟俘䶳两买予丵乂争䳮䴻䳻䵍䵏䵴丹义䶘乸亖乵么乯圞圝圜圛圚圙團圗圖圕圔圓園亠亞亹亸伏伦冁儿兾冃冫冷冷冥冧凕勓勦劔礞䮼㼿㽗㼟㽵㼼㽹㽴㻻㶈㸁鐒鏔鏟鐷鹳鸟糱紘糹紖瘦癣癶瘱痿皜妍妋奋妘夲太圌四䯗彗垭䮘䰜幼幺螨枞奒㱯㰹㲐㱯㚻㚎㛷瘺皙皁阆阝閁髈薟蕚藃藯藎薒薝蕙薭蕴菲菏萠落萇菞菵萬䪺铭働䛒砯㩾癟䓪星卐卍厚印叄厉厕去叮厝匇匛匍勲区勨厉吪变厹吸吂厯厞䟬䞾侸㐀㐅㐻㓩㔗㕀㘛㖴㖕㗼㘣㘄㖵㘇㘯㘞㘟㖠㖍㱷㲷㱨㱃㲗㳓㲃㲺㳝㳨㳖㲅㱘㳀㳐㳖㳫㳫㔩㒽㒠㓯㓿㓀㒚㒭㓈㒚㓽㓷㔦㕂㙾㘧㚏㜶㛠㝋㛄㜬㛲㛜㜧㜆㚺㚡㜟㝞㞀㝏㞁㞬㞧㝤㝽㞺㞗㝄㜞㝖㝜㞃㞭㟕㟗㡉㟛㠚㠙㡩㠠㟜㠻㡵㣪㢓㣻㣀㢄㢩㣂㤂㥹㣹㥟㤹㤝㥚㥋㤹㥶㤧㤐䫒䫶䭊䫱䬊䪰涢涂涯浹淝淭笼竟筇讏謸讠讟譭讖譍謨謣豺谪豔豤谻豲豤豻豖谕谡豋賏貎貵貏豢賘賌貋跳趺跹踵踣赻趞跅趲踰踷軨躾軎軞軦軾軀躦躀躕軩躙躑辫转辤迏辘辄轴辜迖辦迏辚辭辶辴迉迭辯辻辁迬迧辫鄘郅邮郪郛邯部釐醡釄酷酣醢醥里酶釓釉野金鋁鉏銎鉖銓銼鋓銼鎥鏑鎗鏓鏉鎓鍕鍯鏗鏾鏤鎕鎫鎒鍭鎔鎪鎗鍺鎵鏓鐎鐡铗钖钄铕锓铮铐锍铼锞铡锒
02/04/2021: Sorry for being an unfunny piece of ****, no-good human trash. I hate my **** life.
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PWuTQuXEyfcEI
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qrw
hmm i h\ve nothing ATM
thanks hg for making this much better and ty for my avatar aswell
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,,I trust you onion god with my life, and i shall forever believe in the lord of the onion, and i shall be free in the onion heaven,,
How long will it take me to get banned again?
Place your bets right here.
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2\
叄咶吹吱吅厬匷匕勹动凸刲刳刎凸制冹匸勋像償亡丸乮伶睻豖豔財貜谷谧谕鷙鶂鶢鷑袂蠲蠿勋像償亡丸乮伶睻豖豔㰹㲐㱯㳫㲎財貜吅厬匷匕勹动凸刲刳刎凸衢袶蜽蝽蝇螷虜蘢葖萜蓀蒱臯臼俠俟俘䶳两买予丵乂争䳮䴻䳻䵍䵏䵴丹义䶘乸亖乵么乯圞圝圜圛圚圙團圗圖圕圔圓園亠亞亹亸伏伦冁儿兾冃冫冷冷冥冧凕勓勦劔礞䮼㼿㽗㼟㽵㼼㽹㽴㻻㶈㸁鐒鏔鏟鐷鹳鸟糱紘糹紖瘦癣癶瘱痿皜妍妋奋妘夲太圌四䯗彗垭䮘䰜幼幺螨枞奒㱯㰹㲐㱯㚻㚎㛷瘺皙皁阆阝閁髈薟蕚藃藯藎薒薝蕙薭蕴菲菏萠落萇菞菵萬䪺铭働䛒砯㩾癟䓪星卐卍厚印叄厉厕去叮厝匇匛匍勲区勨厉吪变厹吸吂厯厞䟬䞾侸㐀㐅㐻㓩㔗㕀㘛㖴㖕㗼㘣㘄㖵㘇㘯㘞㘟㖠㖍㱷㲷㱨㱃㲗㳓㲃㲺㳝㳨㳖㲅㱘㳀㳐㳖㳫㳫㔩㒽㒠㓯㓿㓀㒚㒭㓈㒚㓽㓷㔦㕂㙾㘧㚏㜶㛠㝋㛄㜬㛲㛜㜧㜆㚺㚡㜟㝞㞀㝏㞁㞬㞧㝤㝽㞺㞗㝄㜞㝖㝜㞃㞭㟕㟗㡉㟛㠚㠙㡩㠠㟜㠻㡵㣪㢓㣻㣀㢄㢩㣂㤂㥹㣹㥟㤹㤝㥚㥋㤹㥶㤧㤐䫒䫶䭊䫱䬊䪰涢涂涯浹淝淭笼竟筇讏謸讠讟譭讖譍謨謣豺谪豔豤谻豲豤豻豖谕谡豋賏貎貵貏豢賘賌貋跳趺跹踵踣赻趞跅趲踰踷軨躾軎軞軦軾軀躦躀躕軩躙躑辫转辤迏辘辄轴辜迖辦迏辚辭辶辴迉迭辯辻辁迬迧辫鄘郅邮郪郛邯部釐醡釄酷酣醢醥里酶釓釉野金鋁鉏銎鉖銓銼鋓銼鎥鏑鎗鏓鏉鎓鍕鍯鏗鏾鏤鎕鎫鎒鍭鎔鎪鎗鍺鎵鏓鐎鐡铗钖钄铕锓铮铐锍铼锞铡锒
02/04/2021: Sorry for being an unfunny piece of ****, no-good human trash. I hate my **** life.
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if they try to come here by multi accounts
We don't need no education,
We don't need no thought control.
No dark sarcasm in the classroom.
Teachers leave them kids alone.
Hey, teacher leave them kids alone.
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051541451431641621571721571511441234567881234567812345678123678326470547
2996473257499999650199625379989999993413269916749953349999914649932724997
2994567802992569930199056769909927336781467998299634699818991169966144990
2997364561990129985699801329959999012615302799995324993243699019923412993
2994567801993569980299356789939923456725634569974326992644399243992369936
2994567801992689901239967899029935245745315319931253399436998011992349950
2999999345299999388352999991039999991232012479934673289999982640499999415
Step1: Highlight the numbers
Step2: Ctrl and F
Step3: Put 9 in
Step4: Enjoy
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Every 2.0s: cat /proc/mdstat Sun Jun 18 16:55:29 2017
Personalities : [raid1]
md127 : active raid1 sdd[2] sdc[0]
1953350464 blocks super 1.2 [2/1] [U_]
[===============>.....] recovery = 75.7% (1480420288/1953350464) finish=466.3min speed=16900K/sec
unused devices: <none>
It's not rebuilding because I'm a nub, of course not...
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Calculate resistance:
Resistance = voltage ÷ current.
Describe how resistance in an LDR varies with Light intensity
Their resistance decreases as the light intensity increases
Describe how resistance in a resistor varies with temperature
Their resistance decreases as the temperature increases
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Nuclear fission:
The nucleus splits into two smaller nuclei, which are radioactive. Two or three more neutrons are released as well as some energy.
Nuclear fusion:
Nuclear fusion involves two atomic nuclei joining to make a large nucleus. Energy is released when this happens. Hydrogen nuclei join to form helium nuclei.
How nuclear fission is controlled in a power station:
Moveable control rods are placed between the rods of nuclear fuel. These control rods absorb some of the neutrons, so fewer neutrons are available to split uranium nuclei.
Life cycle of a star:
Small: Main sequence star to red giant to white dwarf to black dwarf.
Big: Main sequence star to red super giant to supernova to neutron star or black hole.
Describe how new elements are formed:
As the star runs out of hydrogen, other fusion reactions take place forming the nuclei of other elements. Elements heavier than iron are formed in supernovas.
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Describe what terminal velocity is and how it is reached:
There is no resultant force.
Describe what happens when a force is applied to an elastic object:
Forces may change the shape of an object. An elastic object such as a spring stores elastic potential energy when stretched or squashed. The extension of an elastic object is directly proportional to the force applied.
Describe what Hooke’s law is and how we can calculate it:
The extension of an elastic object is directly proportional to the force applied to it. ssuming the limit of proportionality is not exceeded, a graph of force against extension produces a straight line that passes through the origin.
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Describe the difference between AC and DC supply:
Direct current flows in 1 direction only. Alternating current constantly changes direction. Mains electricity is AC.
State the frequency and potential difference of mains electricity in the UK:
Frequency is 50 Hertz. Potential difference is 230 Volts.
Describe the structure and wiring of a 3 core plug:
Blue is neutral. Live is brown and goes to the fuse. Earth is in the centre and is green and yellow.
Describe how circuit breakers and RCCBs are used as safety devices:
They detect a difference in the current between the live and neutral wires.
Evaluate the use of fuses compared with RCCBs:
RCCB's are quicker and can detect a smaller change. They can also be reset.
Describe how earthing is used for metal appiances:
the earth terminal is connected to the metal casing so that the current goes through the earth wire instead of causing an electric shock. A strong current surges through the earth wire because it has a very low resistance.
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Describe what is meant by resultant force & describe what it means when a resultant force is zero and non-zero:
A stationary object begins to move in the direction of the resultant force.
A moving object speeds up, slows down or changes direction depending on the direction of the resultant force.
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Isotope:
An isotope is an atom with a different numbers of neutrons.
Isotopes have the same atomic number, but different mass numbers.
Properties of alpha, beta and gamma radiation:
Alpha radiation is the least penetrating. It can be stopped by a sheet of paper.
Beta radiation can penetrate air and paper. It can be stopped by a thin sheet of aluminium.
Gamma radiation is the most penetrating. Even small levels can penetrate air, paper or thin metal. Higher levels can only be stopped by many centimetres of lead.
Uses and dangers of alpha, beta and gamma:
Smoke from a fire absorbs alpha radiation, altering the ionisation and triggering the alarm.
Beta radiation is used for tracers and monitoring the thickness of materials.
Gamma radiation is used in the treatment of cancer, testing equipment and sterilising medical instruments.
Alpha radiation is the most dangerous because it is easily absorbed by cells.
Beta and gamma radiation are not as dangerous because they are less likely to be absorbed by a cell and will usually just pass right through it.
Alpha and beta nuclear equations:
In alpha decay, two protons and two neutrons are lost from a nucleus when it emits an alpha particle. The mass number decreases by 4 and the atomic number decreases by 2.
In beta decay, a neutron changes into a proton plus an electron. The proton stays in the nucleus. The electron leaves the atom with high energy as a beta particle. The atomic number increases by 1.
Alpha, beta and gamma through electric and magnetic fields:
Alpha radiation and beta radiation can be deflected by electric fields, but gamma radiation is not deflected.
Beta particles are negatively charged so they will be attracted towards a positively charged plate. And positive alpha particles will be attracted towards a negatively charged plate.
Alpha radiation and beta radiation can also be deflected by magnetic fields. Gamma radiation is not deflected by magnetic fields.
Half-life:
The half-life of a radioactive isotope is the time taken for half its radioactive atoms to decay.
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Calculate & describe what work done is:
Work done and energy transferred are measured in joules. Work done equals force times distance.
Describe what power is and how to calculate it:
Power is a measure of how quickly energy is transferred. The unit of power is the watt. Power is energy transfered over time.
Evaluate the benefits of crumple zones, air bags and seat belts in cars.
Seat belts stop you tumbling around inside the car if there is a collision. However, they are designed to stretch a bit in a collision. This increases the time taken for the body's momentum to reach zero, so reduces the forces on it.
Air bags increase the time taken for the head's momentum to reach zero, so reduce the forces on it.
Crumple zones are areas of a vehicle that are designed to crush in a controlled way in a collision. They increase the time taken to change the momentum in a crash, which reduces the force involved.
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The Things I Tell You
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[ Started around 1732573468.2461 - Generated in 0.259 seconds, 10 queries executed - Memory usage: 1.63 MiB (Peak: 1.86 MiB) ]