Science,English,and math １１th
I will start from now on
パート⑧になります。よろしくお願いします。
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【Mechansism on the atomic power generation Ⅳ】
《Making the water of which temperature and of which pressure is high is boiled in the other plumbly》
The pressure vessel and the apparatus on generating steam are stored in the containtment vessel, and the containtment vessel in the Pressured Water Reactor is made of steel of which thickness is a few centimeters or the other made of conctrete which there is thin steel inside it.
As to the former, its outside is covered with a building made of concrete, and as to the latter, the containtment vessel itself functions as the building.
In the worst scenario like the pressure vessel itself is damaged,it's designed to shutting up the radioactivity
【The mechanism on aotmic power generation Ⅴ】
《Inserting and removing the control rod and controlling the atomic reactor》
Adjusting the chain reaction how much it goes ahead is done so as to adjust the output on the atomic reactor. The output on the atomic reactor means the amount of heat on nuclear fuel.
The nuclear fission on uranium 235 breaks out when uranium 235 absorbs neutronl. In short, if adjusting the number on nuetron in the atomic reactor, we can advance or control...
【The mechanism on atomic power generation Ⅴ】
...and we can advance or suppress the chain reaction on the nuclear fission,
《Adjusting the number on neutron by the control rod》
The one which plays a part on adjusting the number of the neutron is the control rod. What is the control rod? It's covered with material of which nature absorbing the neutron, and the material is covered with stainless.
Inserting and removing the control rod in the atomic reactor and adjusting the amount on the neutron in the atomic reactor.
The control rod is inserted from beneath the containment in the...
【The mechanism on atomic power generation Ⅴ】
《Adjusting the number on neutron by the control rod》
The Boiling Water Reactor has a structure of inserting the control rod from beneath the containtment, making use of nitrogen of high pressure and water pressure and it is done from beneath.
On the other hand, the contril rod on the Pressured Water Reactor has the structure of inserting and removing from above. Adjusting how much the control rod is inserted in the fuel assembly by the electirc driving gear.
《When detecting something unusual, the control rod is inserted automatically》
【Mechanism on atomic power generation Ⅴ】
《When detecting something unusual, the control rod is inserted automatically.》
When detecting something unusual in the atomic reactor like a big earthquake, all the control rods are inserted at once so as to prevent an accident from breaking down. Then the chain reaction on the nuclear fissure stops immediately. The emergency stop on the atomic reactor is called scram.
It seems that the scram succeeded in the nuclear power plant in Fukushima this time.
Boric acid ホウ酸 also has nature of absorbing neutron, so pouring water including lots of the...
【Mechanism on atomic power generation Ⅴ,Ⅵ】
...so pouring lots of water including boric acid in the pressure vessel and prventing the chain reaction on the nuclear fission from breaking down. It was done in the disaster in the atomic power plant in Fukushima actually.
《When burning the nuclear fuel, plutonium and iodine are caused》
When burnig the uranium fuel in the aotmic reactor, the uranium changes into other material by the nuclear fission. As a result various radioactive material appears from the uranim as the starting point like plutonium, cesium, iodine, and strontium.
【Mechanism on atomic power generation Ⅵ】
《When burning atomic fuel, plutonium or iodine are caused》
Radioactive material gives off radiation and changes into other one one after another. We call the phenomenon radioactive decay.
The period when the decay started is different, according to the kinds on the radioactive material.
For example, iodine 131 takes eight days when half of iodine decays and changes into xenon. Thus the number on atom of radioactive material decreases to the half by the radioactive decay, and we call its period half life. Its periods are various, for the one is a...
【ＭＥＣＨＡＮＩＳＭ on atomic power generation Ⅵ】
The one is a few seconds and other is hundreds years, so it's varied, according to the kind on the radioactive material.
《Even if the atomic reator stops, cooling down has to be done. Why?》
When the radioactive decay breaks out, the heat always occurs. We call it the decay heat.
As to the disaster in atomic power plant in Fukushima prefecture, even if the atomic reactor stops, the fuel gives off the heat continuously owning to the decay heat. It's not the nuclear fission.
The radioactive decay of which half life on the material is short advances.
【Mechanism on the atomic...Ⅶ】
《The system on pouring water in emergency》
Even if both of the atomic reactor and the chain reaction on the nuclear fission stop, the heat continues to give off owning to the decay heat accumulating various radioactive material in the atomic reactor.
As to the amounnt of decay heat immediately after the atomic reactor stops, it could have made water no less than 3 ton boil in a second. It's equal to the water in 10 bustub in ordinary house, but it's equal to no more than one seventh of the amount of heat when operating the atomic fuel.
【The mechanism on nuclear...Ⅶ】
《The system on pouring water in emergency》
If the nuclear fuel exposed from the water and being unable to cool down, the temperature on the fuel rod reaches two thousand degree in a few minutes, and the cladding tube covering the fuel rod melts and a large amount of radioactive material leaks in the pressure vessel. The melting point on the cladding tube is one thousand and nine hundred degree.
In addition, there is a possibility that the pellet of fuel itself melts. We call it core meltdown. If the core meltdown breaks out, the fuel of which temperature is...
【The mechanism on the atomic...】
《The system on pouring water in emergency》
If the core meltdown breaks out, the nuclear fuel of which temperature is high melted and there is a fear that the pressure vessel may have been damaged.
《The system which defends the core meltdown》
Without being able to circulate the water, evaporation on the water goes ahded or the plumbing is damaged and the water is deficient, Emergency Core Cooling System functions.
Pouring water into the core direct and prevents melting from breaking out, but the system couldn't be maintained in the disaster in Fukushima.
【The mechanism on the atomic..Ⅶ】
《The system preventing the melting from breaking out》
Electric power is essential so as to make the pump work which functions the system, so even if ordinary electricity is lost, receiving power transmission from the outside the power plant, or preparing for diesel generator in emergency so as to function the Emergency Cooling Core System.
But those apparatus became of no use on account of the super big earthquake and the great tidal wave.
As a result, being unable to cool down the nuclear fuel which gives off the decay heat, so core meltdown broke out...
...so core meltdown broke out partly from the first to the third atomic reactor.
【The place where the spent nuclear fuel has gone Ⅰ】
《Reprocessing of taking out plutonium from the nuclear fuel》
The spent nuclear fuel includes lots of components that it is possible to use as nuclear fuel. Taking out the component is the reprocessing.
《Shredding material and melting with nutric acid 硝酸》
The spent nuclear fuel is put into a cask and is carried away to the factory for reprocessing. The cask is exclusive container for carrying away to the factory for reprocessing. The spent nuclear fuel is...
【The place where the spent nuclear fuel has gone Ⅱ】
《Shredding material and melting with nitric acid 》
The spent nuclear fuel is taken out from the cask and is stored in the pool again until the reprocessing starts.
After taking out from the pool, the spent nuclear fuel is shredded and becomes the situation in which the pellet of the fuel is exposed.
The fuel rod which is shredded is put into the solution of the nitric acid. Then the fuel in the tube begins to solve in the solution. Separating the component on the solution and taking out plutonium and uranium as fuel which is able to use.
【The place where the spent nuclear fuel has gone Ⅱ】
It's the whole image on the reprocessing.
《The work has been done by remote control because of high radioactivity》
The spent nuclear fuel and the solution in which the spent nuclear fuel is solved have such the high radioactivity that no one can approach, so the reprocessing has done by a remote control.
The factory where the reprocessing is done needs serious management so as not to leak the radioactivity and radiation outside like the atomic power plant.
When reprocessing, radioactivity except for plutonium and uranium is taken out.
The radioactivity which is exhausted as waste has such a high radioactivity that it's disposed as high level radioactive waste.
【The place where the spent nuclear fuel has gone Ⅲ】
《What is pluthermal?》
Plutonium and uranium which are taken out by the reprocessing is used as new material for the fuel. We call the fuel MOX fuel. The word on the MOX is taken the first letter of the word on mixed oxide. The MOX is the mixture of plutonium and uranium, so we call it like that.
The word of pluthermal is a coined word 造語, so there is formal name for it.
【The place where the spent nuclear fuel has gone Ⅲ】
What is the pluthermal?》》
Generating electricity using the MOX fuel in an ordinary atomic reactor like the light water reactor is called pluthermal, in general.
Without repairing, the MOX fuel is able to be used in the present atomic reactor.
In general, when using the nuclear fuel, changing from uranium fuel to MOX fuel for the third one in the whole amount.
《The ration on the amount of generating electricity by plutonium has heightened》
In an ordinary atomic reactor in which the ordinary uranium fuel is used, plutonium is contained...
【The place where the spent nuclear fuel has gone Ⅲ】
《The ration on the amount of generating electricity by plutonium has heightened》
...and the plutonium causes the nuclear fission and the heat gives off.
There is electricity which is made by ordinary uranium fuel. It is calculated the amount of electricity in which plutonium from uranium is used accounts for 30%.
On the other hand, as to the pluthermal, its ration heightens to 50% on the whole amount.
《When using, we must be careful of the MOX fuel》
As to the MOX fuel, its melting point is lower than uranium fuel by 70 degrees,
【The place where the spent nuclear fuel has gone Ⅲ】
《When using, we must be careful of the MOX fuel》
In short, the heat doesn't transfer easily with regard to the MOX fuel. Moreover, the amount of gas is lot with the atomic fission, so the pressure becomes high easily in the fuel rod.
In consequence, we need to be careful of the MOX fuel rather than uranium fuel.
Plutonium issues radiation of alpha rays, and as it's heavy metal, it has chemical poison, and is harmful to the human body. The amount of plutonium is from 4 to 9% in the MOX fuel. The amount is so lot that when thinking of a...
【The place where the spent nuclear fuel has goneⅢ】
《When using, we must be careful of the MOX fuel》
...the amount on plutonium is so lot that when thinking of a serious disaster that the nuclear fuel melts and leaks outside, it causes concern.
There are 54 atomic reactors in Japan, and when the great earthquake broke out in Tohoku region, the pluthermal was made use of in four atomic reactors. One of them is the third atomic reactor in Fukushima prefecture.
《A fast breed nuclear reactor which causes fuel more than it uses》
Uranium 235 is used for an ordinary atomic reactor.
【The place where the spent nuclear fuel has gone Ⅳ】
《Fast breeder nuclear reactor which causes fuel more than it uses》
Uranium 235 which causes the nuclear fission easily is included no more than 0.7% in natural uranium.
As long as using the ordinary atomic reactor, we can make use of the natural uranium only below 1% for the generating electricity, but there is other atomic reacotr in which we can take advantage of 60% of the natural uranium. It's the fast breeder nuclear reactor, but there is none of the fast breeder atomic reactor which has made use of commercially at present, so...
【The place where the spent nuclear fuel has gone Ⅳ】
As a result, the fast breeder nuclear reactor has been under study and development at present.
《Mechanism which the fuel increases》
The plutonium causes the nuclear fission as fuel at the center of the core in the fast breeder atomic reactor. Neutron which is high speed is caused with a large amount of heat there.
There is an arrangement which the high speed neutron surrounds the fuel of plutonium.
To my sorrow, I can't understand the mechanism on the fast breeder atomic reactor any more, so I'm forced to omit it. I'm sorry for it.
【The place where the spent nuclear fuel has gone Ⅳ,Ⅴ】
《Mechanism on fast breeder atomic reactor》
Plutonium is consumed for the nuclear fission, but is caused more than it's used for the nuclear fission.
The fuel increases. It's a story as if it were a witchcraft.
On the other hand, the fast breeder atomic reactor has a fault that dealing with it is hard.
The author said he was going to express the difference between the ordinary atomic reactor and the fast breeder atomic reactor which is light water reactor.
《Sodium is efficient, but is hard to handle》
A big difference between...
【The place where the spent nuclear fuel has gone Ⅴ】
《Sodium is efficient, but is hard to handle》
The big difference between the ordinary atomic reactor which is the light water reactor and the fast breeder nuclear reactor is not the water but sodium which is used for cooling down the heat from the nuclear fuel.
Sodium is liquid made of metal. Though I've expressed, to tell the truth, I can't imagine it very well. When the metal is melted, it becomes the one like liquid, I'm wondering.
To my sorrow, I have little knowledge on the atomic power plant, so lots of questions occur to me.
【The place where the spent nuclear fuel has gone】
《Sodium is efficient but is hard to handle》
The melting point on the sodium is higher than water, so the heat transfers easily. As a result it's better than water as coolant, moreover it doesn't make the neutron of high speed be slow. The proper is indispensable so as to increase the fuel.
But there is a big problem on the sodium. When touching water or air which is oxygen, the sodium issues hydrogen or heat, responds violently.
The accident that the sodium of high temperature leaked in the fast breeder atomic reactor, もんじゅ, in Fukui.
【The place where the spent nuclear fuel has gone Ⅴ】
A fire caused in the accident, and hiding the accident becomes such a big problem that the fast breed atomic reactor was forced to stop almost 15 years.
《Radioactive waste which is the price for generating electricity》
The atomic power generation is the way of generating electricity of producing a large amount of electric power from a little fuel extremely. On the other hand, radioactive waste which is troublesome is caused as by product.
The radioactive waste is classified into high level and low level.
【The place where the spent nuclear fuel has gone Ⅵ】
《Radioactive waste which is the price for generating electricity》
It doesn't always mean that it's classified with the amount of the content on the radioactive material.
To be concrete, the low level radioactive waste is a filter which prevents the air including radioactive material from leaking from the facility on the atomic power plant, or parts on the fuel rod.
As to the low level radioactive waste, if being able to burn, it's burnt. Making the bulky on the low level radioactive material as less as possible. Finally, putting it...
【The place where the spent nuclear fuel has gone Ⅵ】
《Radioactive material which is the price for generating electricity》
Finally, putting it into a drum and hardening with cement, and burying in a shallow stratum comparatively which is several meters underground.
When reprocessing the spent nuclear fuel, the radioactive waste of high density is exhausted, and the radioactive waste of high density is hardened with glass. We call it the high level radioactive waste.
The way of thinking or of disposing on the high and low level radioactive material is adopted in Japan.
【The place where the spent nuclear fuel has gone Ⅷ】
《The way of making the high level radioactive waste》
The high level radioactive waste which is solidifying with glass. How is it done?
The radioactive waste is exhausted from the reprocessing, and is mixed with raw material of glass in the reactor. The liquid of high temperature in which the waste is mixed with the glass is pouring down in an exclusive container made of stainless and is hardened. Thus, the waste becomes solid like the glass.
Why is the waste mixed with the glass? As the glass is stable chemically, so even if burying...
【The place where the spent nuclear fuel has gone Ⅷ】
《The way of making the high level radioactive waste》
...even if burying underground, there is low possibility of melting and flowing out underground.
《Radioactivity which reaches to lethal dose in twenty second》
As the radioactive waste hardening with glass has high radioactivity extremely, without having any protection, no one can approach it. If touching it without having any protection, it's exposed to radiation of fatal dose in no more than twenty second.
If placing a wall of which thickness is 1.5 meter from the waste hardening..
【The place where the spent nuclear fuel has gone Ⅷ】
Placing wall made of concrete of which thickness is 1.5 meter from the solidified glass, it becomes the safe amount of radiation for the human being at last.
When changing the radioactive waste of high level into the glass, it has to be controlled from the remote place on account of such the high radioactivity.
《How do we dispose of the radioactive waste of high level? 》
The radioactive material decreases owing to the radioactive collapse as the time passes. In short, when the time passes, the radioactive waste becomes a waste.
【The place where the radioactive material has gone Ⅷ】
《How do we dispose of the radioactive material on high level？》
Though it takes thousands of years to change the radioactivity from the solidified glass into the original uranium fuel when making the atomic energy with regard to 600 ton.
Both of the uranium ore and solidified glass give off the radioactivity. It takes dozens of million years when two of them become the same amount of the radioactive material in relation to no more than 500 gram.
It has taken some seven million years from the birth on us the human being, but...
【The place where the spent nuclear fuel has gone Ⅷ】
It takes by far longer time to become the safe amount of the radioactive material.
《Burying underground deeply and waiting for that the time passes》
Controlling the harmful solidified glass for the long time is absolutely impossible actually, so there is the next way.
Covering the dangerous solidified glass with clay or metal thickly and burying underground deeper than 300 meter. After burying, no one deal with it basically. It's just that we are forced to wait until the radioactivity becomes weak automatically underground.
【The place where the spent nuclear fuel has gone Ⅷ】
《Burying underground deeply and waiting for the time passes》
It has been thought that disposing of it underground is the most realistic way at present, but the place where the disposing is done has never been completed in the world at all.
The place for planning of disposal has been determined in Sweden and Finland, but it has never been in Japan, though the radioactive waste continues to accumulate even at present.
《Where does the atomic power generation go from now on？》
After the nuclear disaster in Fukushima, it has never been ...
【The place where the spent nuclear fuel has gone Ⅷ】
《Where is the atomic power generation going from now on？》
...it has never been clear that the atomic power generation is going to go ahead in Japan or in the world. We have to get more scientific information on the atomic power and deep argument. It has been sought for us to do at present.
The place which is deeper than 300 meter is there is little influence by volcanoes, and thick layer made of rock is suitable for the place on disposal.
The place on disposal for 公募 has been done in Japan since 2002. but it has never been decided.
【The place where the spent nuclear fuel has gone Ⅷ】
《Covering with several barriers》
The harmful solidified glass is carried away to the underground and is placed in interval beneath the tunnel by using heavy machinery. The solidified glass is put into container made of steel of which thickness is 20 centimeter and is covered with clay which isn't soaked into the water easily and is buried.
After burying the solidified glass, the tunnel itself is buried with the soil and is shut out. Finally, the pit for going underground is buried so the whole facility underground is buried completely.
【The place where the atomic power generation is going and the problem on electric power】
It is said the atomic power generation accounts for six percent in the amount of elctricity in the world at present, and the number on the atomic reactor which is possible to generate the electricity is 432, but the nuclear disaster in Fukushima prefecture has wavered our certanity on the safe atomic power generation so much.
The atomic power plant at Hamaoka in Shizuoka prefecture has determined to stop, but it has been regard as danger even if being stopped.
Decommission on the nuclear reactor...
Decommission on the nuclear reactor has been tried though it doesn't seem go well when this expression was described.
Interpretation on the being lack of electricity is going to be done from basic material, the author said like that.
【The present situation on the atomic power generation】
《The reality that nuclear power generation makes up for 6% in the amount of electric power in the whole world 》
There have been 432 atomic reactor which are possible to generate electricity at present in the world, and those atomic reactors account for 6% in the amount of electricity which is consumed...
【The present situation on the atomic power generation】
《The reality that the nuclear power generation accounts for 6% the amount of electric power in the whole world》
There have been 432 atomic reactors which are possible to generate electricity in the world, and those atomic reactors have made 6% of electricity which is consumed in the world.
There are 54 in Japan and 19 were operated in Japan when this description was done and generating electricity was done. I'm sure it has been done at present.
Thermal power generation which makes use of petroleum has been adopted in Japan since 1980.
【The present situation on the atomic power generation】
《The reality that the nuclear power makes up for 6% on the amount of electricity in the whole world. 》
The electricity which was made by the thermal power generation used to occypy 46% and the one by the atomic power generation was 17% in 1980, but the ration on the electricity which the petroleum accounts for decreased to no more than 5% from 2005 to 2009.
On the other hand, the atomic power generation makes up for some 30% in the whole amount of generating electricity, and the amount of generating electricity by coal and natural...
【The present situation on the atomic power generation】
《The reality that the atomic power generation accounts for 6% on the amount of electricity in the whole world》
...and the amount of electricity using by coal and natural gas increased. The oil shock that the price on the crude oil soared in 1973 and in 1979 caused the change the ration in which various energy is used.
Generating electricity by using fossil fuel like the petroleum and the coal exhausted carbon dioxide leads to the global warming, so it's been regarded as problematic recently.
On the other hand, the atomic power...
【The present situation on the atomic power generation】
《The reality that the atomic power accounts for 6% the amount of electricity in the whole world》
On the other hand, the atomic power generation which doesn't exhaust the carbon dioxide used to be paid attention as measure for the global warming.
It has been thought that the demand for the electricity will increase in the future. Several atomic power plants have been planned to build so as to meet the demand for the electricity, but the nuclear disaster in Fukushima prefecture has changed the situation so much.
【Present situation on the atomic power generation】
《The reality that the atomic power makes up for 6% on the amount of electricity in the whole world》
Some nations which have the atomic power plants have reconfirmed design on the existing nuclear power plant or arranging opportunity so as to reexamine the plan for building the atomic power plant. Those movements have begun to appear.
How should we meet the demand for electric power which continues to increase? The atomic power disaster this time has made us face the common theme in the world.
【The atomic power plant in Hamaoka】
《Does...》
【The atomic power plant in Hamaoka】
《The atomic power pland in Hamaoka has been regarded as dangerous. Why？》
Will the great earthquake break out in Tokai area？ Is its measure enough？
As receiving the request from the former prime minister, Naoto Kan, Chubu Electric Power Company has decided to stop operating all the atomic reactors on Hamaoka atomic power plant for a while at Omaezaki city in Sizuoka prefecture May in 2011.
It has been pointed out the possibility on the great earthquake of which magnitude is 8 breaks out directly under the atomic power plant. It's a boundary earthquake.
【The atomic power plant in Hamaoka】
《The reason why the Hamaoka atomic power plant has been regarded as dangerous》
What kind of the one is the earthquake in Tokai area? Is there possibility that it's beyond assumption like the one in Tohoku this time?
Naoto Kan held a press conference and announced that he demanded the Chubu Electric Company to stop operating all the atomic reactors in the Hamaoka atomic power plant the sixth day May in 2011.
As receiving the announcement, the Chubu Electric Company decided to accept the demand after three days. The fourth and fifth atomic operator were...
【The atomic power plant in Hamaoka】
《Will the earthquake break out in Tokai area really? Is its measure enough?》
Both of the fourth and fifth atomic reactor were being operated but would stop by the fourteenth day, the third one which was under regular inspection was postpone its operation. The operation on the first and the second have come to an end in 2009.
Being worried about on the shortage of the electric power summertime and the influence over the direction on the policy for energy in the future caused arguments from various viewpoints.
《The earthquake in Tokai area which broke...》
【The atomic power plant in Hamaoka】
《The earthquake in Tokai area which broke out repeatedly》
What is the earthquake in Tokai area which has been problematic? Though it doesn't break out yet, it's already been named. It's strange, but there is a reason for it. The earthquake in Tokai area looks set to happen in the future. Why？
The earthquake of which magnitude was 8 used to break out in the location of the center of the earthquake in Tokai area with an interval from a hundred to a hundred and fifty years in the past. It turned out to be clear from the research on a historical archive.
【The atomic power plant in Hamaoka】
《The earthquake in Tokai area which used to break out repeatedly》
The earthquake which has been assumed is the boundary earthquake on the plate. The surface on the earth has been covered with the plate. The plate is made of dozens of rock of which shape is the plate, and those rock have moved slowly.
Roughly speaking, half of Japan is on the Eurasia plate, and Philippine plate has sunk under the Eurasia plate from south to northwest some four centimeters a year.
The earthquake breaks out on the boundary between the two plates. It's the earthquake...
【The atomic power plant in Hamaoka】
《The earthquake in Tokai area which broke out repeatedly》
It's the earthquake on the boundary of plate.
With the sinking plate, the energy on the earthquake is accumulated, and the energy is released by the earthquake. After that the energy is accumulated... the cycle has been repeated. As a result, the period between the earthquakes is so irregular that its prediction is hard.
It has presumed that the earthquake in Tokai area will break out on the boundary of the Eurasia and Philippine plate, in the area from the Suruga bay to Hamana lake.
【The atomic power plant in Hamaoka】
《The energy on the earthquake has already been accumulated》
The atomic power plant in Hamaoka is in the center of the areas where the earthquake will break out.
The assumed center of the earthquake on Tokai area has released energy on the scale of magnitude 8 with the interval from a hundred and a hundred and fifty years.
It means that the area has an ability of accumulating the energy in the period from a hundred to a hundred and fifty years.
It was in 1854 when the last earthquake broke out in the Tokai area. 157 years have passed from the last...
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10レス 125HIT 匿名 (40代 ♀) -
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レッツ エンジョイ イングリッシュ 17th
【China has collected Hong Kong】 …(燻し銀三)
500レス 4298HIT 燻し銀三 (60代 ♂) 名必 -
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批判覚悟で質問します。
私はまだ子供なのでそう言う法律などの詳しい事は分かりません。 ですが…(匿名さん14)
14レス 421HIT 匿名さん
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サブ掲示板
注目の話題
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コンビニ店員、怖い
それは昨日の話 自分は小腹空いたなぁとコンビニに行っておにぎりを選んだ、選んだ具材はツナ おにぎ…
30レス 704HIT 張俊 (10代 男性 ) -
ディズニーの写真見せたら
この前女友達とディズニーに行って来ました。 気になる男友達にこんなLINEをしました。ランドで撮っ…
42レス 1287HIT 片思い中さん (30代 女性 ) -
ピアノが弾けるは天才
楽譜貰っても読めない、それに音色は美しい 自分はドレミファソラシドの鍵盤も分からん なぜ弾けるの
20レス 457HIT おしゃべり好きさん -
既読ついてもう10日返事なし
彼から返事がこなくなって10日になりました。 最後に会った日に送って、1週間後に電話と返事欲しい旨…
23レス 655HIT 一途な恋心さん (20代 女性 ) -
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娘がビスコ坊やに似てると言われました5歳の娘が四代目のビスコ坊やそっくりだと言われてショックです。 これと似てるって言った方も悪意…
18レス 507HIT 匿名さん -
一人ぼっちになったシングル母
シングルマザーです。 昨年の春、上の子が就職で家を出て独り立ちし、この春下の子も就職で家を出ました…
12レス 285HIT 匿名さん - もっと見る
