The Bath is very important room in the house and is probably the only one place for staying alone, relaxing, thinking and dreaming. Water is a leading element in the idea of our Bath project because it represents the natural connection between this room and the man. According to the Japanese researcher Masaru Emoto water can memorize all effects of the surroundings,including our thoughts,changing its structure. Then,with these new properties,water can affect us. That is why we entitled our project“H2O in Geometry”. Water is a chemical substance with the chemical formula H2O. Its molecule contains one oxygen and two hydrogen atoms connected by covalent bonds. Water is a liquid at ambient conditions, but it often co-exists on Earth with its solid state, ice, and gaseous state (water vapor or steam). Water also exists in a liquid crystal state near hydrophilic surfaces. All known forms of life depend on water.Water is vital both as a solvent in which many of the body’s solutes dissolve and as an essential part of many metabolic processes within the body. The bathroom is divided in two areas at different levels with specific functionality. Despite of this separation we aimed to design the bathroom as an entire organism. The wash-basins, the toilet and bidet are located at the lower level while the shower at the upper level.The two levels are connected by stairs (which can be used for sitting). Each area is determined so as to give freedom of the body and the spirit.In the zone around the wash-basins, behind the mirrors there are niches in the wall which can serve without obtrusion. There is a storage cupboard between the wash-basins. The sanitation area also has a niche which provides a place for books and a small rolling lap top.

Does your orange tree drop its fruit before it reaches full size, or worse, does it drop flowers before the fruit starts to form? Trees photosynthesize to produce carbohydrates like sugar which they store as a source of energy. They can maintain a limited amount, which is used to drive the growth of new leaves, branches, roots and stem. Fruitfulness requires the tree to divert its limited energy sources away from these vital functions to the production of flowers, blossoms and fruits. Fruit development involves maturity followed by fertilization, growth, maturity and maturity. This process takes between 6-7 months in warmer climates, which requires a large number of tree energy sources as a result. Trees are able to manage their resources, and will also divert them to emergencies ... Fruit Drop and Crop Depression In regions where oranges produce one crop per year, they go through a series of growth stages as follows: Sprout formation and flower launching (mid-winter) Flowers and fruit set (early spring) Fruit growth - cell division (late spring to early summer) Fruit growth - cell proliferation (mid-summer to early autumn) Fruit ripening (autumn to late winter) The difference is in the regions where most citrus crops are produced year-round. In these cases, the different stages of development will take place simultaneously. The orange tree can handle its plant load well, and it will bear as much fruit as we can support. It is natural for all citrus trees to produce too little fruit and too little flowers in early spring to prevent overproduction. There is no need to worry too much about flowering, as an orange tree needs only 1% to 2% of flowers to produce a good crop, and sometimes even less than 1% is enough. If a tree is depressed because it does not get enough water in hot, dry weather, and if it dies of nitrogen starvation because it is not given enough fertilizer, fruit set will be very difficult in the spring. There may also be a small number of fruit losses in the summer under stressful conditions. Solution: Provide enough water, and water often in hot weather and strong winds. Orange feed with moderate fertilizer in early spring (September in Southern hemisphere, March in the Northern Hemisphere) Fruit Drop and Lack of Potassium Nutrient When orange trees are heavy, the decline in fruit can be exacerbated by low potassium levels. Potassium, also known as potash (represented by the chemical mark K on fertilizer labels meaning N-P-K or nitrogen-phosphorus-potassium ratio) is a major macronutrient needed for flowering and fruit formation. Next to nitrogen, plants absorb more potassium than any other nutrient. Without potassium, the trees stop flowering and fruiting, which is what happens if they are not fed regularly. Before any smug horticulturist declares to you that potassium has no direct effect on flowering and fruit set, let me say that as a horticulturist and biochemist, plant chemistry, like the chemistry of all living things is complex, but some input it is necessary to produce certain results. , and the references I have made to the end of this article support what I am saying! Entering science, Potassium (K) is essential for water, nutrients and the movement of carbohydrates in plant tissues. It also activates enzymes that facilitate the synthesis of complex chemicals within the plant - such as starch, protein and adenosine triphosphate (ATP) production. The role of ATP is to transport the energy needed for all cellular metabolic activities to all living things, and in plants ATP production can regulate the level of photosynthesis. Potassium also helps regulate the opening and closing of stomata, holes or cavities under which oxygen and carbon dioxide are exchanged with the atmosphere, and respiratory losses are controlled. It increases root growth which increases the absorption of nutrients and improves drought resistance, and increases resistance to frost, pests and diseases. High potassium levels produce similar maturity and fruit growth rate, as well as better nutritional quality, taste and range. Agricultural extension agencies suggest that large amounts of potash are needed in many crops, and that potassium deficiency or macronutrient deficiency leads to reduced crop growth and reduced yields, and that potassium levels not only affect yield, but fruit size, juice. quality and shelf life. Since potassium plays an important role in water regulation, deficiency can clearly increase the pressures associated with the declining fruit mentioned in the previous section. Solution: Make sure that the orange trees are fertilized with the right fertilizer as previously discussed. Extra potassium can be brought in using seaweed extract (which is not a fertilizer but contains a good amount of potassium), wood ash (used in small quantities only as it is very alkaline), or potash sulphate (potassium sulphate) - all this is guaranteed. as acceptable in a natural garden. Never use potassium chloride as it can be harmful to plants, it is a very inexpensive alternative to fertilizer manufacturers to save money! Even if there are sufficient levels of potassium in the soil, it may not be accessible to plants, unless we make some improvements.