Roselle that has the Scientific Name Red Sorrel Linn

Roselle that has the Scientific Name Red Sorrel Linn
Roselle that has the scientific name red sorrel Linn could be a member of the dilleniid dicot family Associate in Nursingd is an annual tracheophyte which will grow well within the tropics and semitropics, Maryani [1]. necessary ingredient contained in rozelle curl is grossy peptin, anthocyanins, and gluside hibiscin. Besides red rosella flower petals additionally contain organic acids, polysaccharides, flavonoids ar helpful to stop some diseases like dominant pressure level, blood circulation, and swish bm, Daryanto [2].
Effect of the type and concentration stabilizer characteristics Roselle curl extract may also cut back the absorption of alcohol, thus on cut back the impact dtimbulkan from drinking alcohol. alternative properties of rozelle is to alleviate pyrosis, lowering sterol levels, weight management, mEnhancing stamina and increase the vitality of the body, further as helpful to exchange electrolytes lost body fluids when exercise [1].
Rosella petals may also be used as Associate in scientist ingredient of salads, soups sauces, drinks, juices, pickles, jams, puddings, syrups, jellies and Velva [1]. Velva could be a reasonably formed frozen desserts like frozen dessert and low-fat, that is formed from plant materials like fruits, vegetables and alternative ingredients with the addition of sweeteners and stabilizers.
Roselle curl is taken as a recent potable ingredients like syrups and teas, jams and beverages, particularly of plants that flower thick. Flower petals additionally to antioxidant, vitamin A, additionally contains macromolecule and metal [2]. In land, not many folks United Nations agency make the most of the rozelle plant. whereas in alternative countries, rozelle already stout utilised since long. truly the entire plant, from flower petals, seeds, and leaves is used.
The main material employed in the manufacture of Velva rozelle petals ar that ar able to be harvested and recent obtained directly from the plantation rozelle in Ciwaruga. Another ingredient is plant product, gelatin, gum arabic, and CMC (Carboxy alkyl Cellulose) The tools employed in the manufacture of Velva rozelle particularly knives, blenders, spatulas, scales, measuring system, a stove, a spoon, a plastic instrumentality, stirring the ice, votator ice or frozen dessert maker, plastic cups and icebox

Understanding Static Electricity & Dynamic Electricity

Understanding Static Electricity & Dynamic Electricity

1. Static Electricity Static electricity is an electrical phenomenon where the electric charge does not move. In this discussion of static electricity does not discuss the flow of electric charge. But the subject is the interaction between charges and phenomena caused by the electric charge. Or another understanding is that electricity is stationary for a while on an object. One example of generating static electricity in our daily lives is by rubbing a plastic ruler with wool cloth, glass with silk cloth, mica with wool cloth or mica with silk cloth. Static electricity is the energy possessed by electrically charged objects. Electric charge can be negative or positive. All substances are formed from atoms. Each atom has an atomic nucleus consisting of protons and electrons that surround it.
According Journal Literary Zambrut Education (2011) Protons have a positive electric charge, and electrons have a negative electric charge. When two substances such as a balloon and your hands are rubbed together, electrons are pulled from a material that has a weak attraction (hands) and attaches to a material that has a strong attraction (a balloon).
This causes both materials to become electrically charged. Material that loses electrons becomes positively charged and material gets electrons to be negatively charged. Balloons and hands are electrically neutral (equal amounts of positive and negative charges) before rubbing. Because the number of positive and negative charges are the same. After rubbing, the balloon has excess negative charge and the hand has excess positive charge. Different electric charges attract one another, so that the negative charge of the balloon is drawn to the positive charge of the hand because of the difference in charge. Notice in the figure that there is no change in the total combined charge. Rubbing causes existing electrons to move from one object to another.

2. Dynamic electricity
Dynamic electricity is electricity that flows or electricity that can move. Other notions Electricity is a symptom of electricity caused by electric charges that automatically move or flow in an electric circuit. How to measure the strength of a current in dynamic electricity is the electric charge divided by the time the unit of electric charge is coulumb and the unit of time is seconds. The strength of the current in a branched circuit is equal to the quota of the incoming current equal to the strength of the outgoing current. Whereas in the series circuit the current remains the same at each end of the resistance. Instead the voltage is different on the resistance.
In a series of circuits the voltage is very dependent on resistance, but in a branched circuit the voltage does not affect the resistance. All that has been stated by Kirchoff's law which reads "the amount of electric current entering is equal to the amount of electric current coming out". Based on the Ohm's law, it can be concluded that the method of measuring electrical voltage is the strong current × resistance. The resistance value is always the same because the voltage is proportional to the strong current. voltage has a unit of volt (V) and the strong current is ampere (A) and the resistance is ohm.

Definition of static and dynamic electricity

Definition of static and dynamic electricity
Static electricity is the energy possessed by electrically charged objects. Electric charge can be negative or positive. All substances are formed from atoms. Each atom has an atomic nucleus consisting of protons and electrons that surround it. Protons have a positive electric charge, and electrons have a negative electric charge. When two substances such as a balloon and your hands are rubbed together, electrons are pulled from a material that has a weak attraction (hands) and attaches to a material that has a strong attraction (a balloon).
This causes both materials to become electrically charged. Material that loses electrons becomes positively charged and material gets electrons to be negatively charged. Balloons and hands are electrically neutral (equal amounts of positive and negative charges) before rubbing. Because the number of positive and negative charges are the same.
After rubbing, the balloon has excess negative charge and the hand has excess positive charge (information from Zambrut Literature Journal Studies).  Different electric charges attract one another, so that the negative charge of the balloon is drawn to the positive charge of the hand because of the difference in charge. Notice in the figure that there is no change in the total combined charge. Rubbing causes existing electrons to move from one object to another.
Dynamic electricity is electricity that can move. how to measure the current strength in dynamic electricity is the electric charge at various times with the unit of electric charge is coulumb and the unit of time is seconds. the strong current in a branched circuit is equal to the quota of the inrush current equal to the strength of the outgoing current. whereas in a series circuit the current remains the same at each end of the resistance. Instead the voltage is different on the resistance. the voltage on the series circuit is very dependent on resistance, but in the branching circuit the voltage does not affect the resistance. all of that has been stated by Kirchoff's law which reads "the amount of electric current that enters is equal to the amount of electric current that exits".
based on ohm's law, it can be concluded that how to measure the electric voltage is the strong current × resistance. The resistance value is always the same because the voltage is proportional to the strong current. voltage has a unit of volt (V) and the strong current is ampere (A) and the resistance is ohm. STATIC ELECTRICITY: electricity that does not flow and current flow is limited. Static electricity learns about the properties of electric charges.
DYNAMIC ELECTRICITY: electricity that flows ... an electric current source that can produce a potential difference that can cause electricity to flow ... and the difference from STATIC electricity and DYNAMIC is the continuous transfer of electrons in dynamic electricity occurring in static electricity. this happens because the electrons in the conductor are very easy to move. while the displacement of static electricity occurs because of friction or rubbing ... the dynamic electric current consists of direct current and alternating. . While in static electricity it is difficult to measure voltage, resistance and electric power. . well that's the difference. .

The Kind of Filler Used and the Concentration of Fillers

The Kind of Filler Used and the Concentration of Fillers
Plant jackfruit (Artocarpus Spreng champeden) may be a plant that grows in several tropical Indonesia. This jack fruit plants annually and may be a seasonal fruit. within the time of year, particularly within the months of Gregorian calendar month to February, the jack is most prevailing, and contrariwise.
Things like that among different causes Cempedak fame among the folks in Indonesia remains but jackfruit. People area unit a lot of aware of jackfruit than jack, however the jack has specialty. Fruit flavor is extremely sweet and sticky, conjointly terribly perfumed aroma and distinctive, that may be a mixture of durian aroma, kemang, and jackfruit.
Cempedak have comfortable nutrition complete, the worth is cheap by the community. Besides the fruit, jackfruit most elements of the plant are often used. In existence Cempedak consumed in recent condition not as a basic ingredient of a foodstuff. process of the jack fruit flesh do to increase the worth of savings and a diversification of merchandise, therefore broadening the utilization and selling.
One various to the utilization that's creating Fruit animal skin jackfruit, Widyastuti [1]. Concentration and characteristics of fruit sucrose concentration leather jackfruit, Leather merchandise made of fruits or vegetables were destroyed and therefore the items or skinny sheets that have a particular consistency and might last for months.
Fruits that may be fabricated from fruit animal skin is to own a comfortable level of maturity, low wet content, high-fiber, and contain enough sugar, Ernie [2]. Disadvantages of his jack fruit area unit terribly rare, particularly jack fruit enclosed within the seasonal fruit, and therefore the value is pretty high-priced, whereas the surplus of jack fruit itself is to own a awfully high fiber content. during this study the jack are going to be processed into fruit animal skin.
This is as a result of every filler encompasses a constant of effectiveness vary, which is able to conjointly have an effect on the method of drying fruit animal skin jack, that if temperature drying is high, it'll cause the fruit animal skin into a browning or brown in color caused by the decomposition of reducing sugar and organic compound cluster throughout the method of drying or heating.
The problem that arises is to see the kind of filler used and the concentration of fillers and also the concentration of disaccharide to be accessorial to the fruit animal skin merchandise

The Operational Level with Relation to Determinant the Route

The Operational Level with Relation to Determinant the Route
For firms producing and services, distribution transport systems features a important role in providing services to customers. to regulate all distribution activities and to form economical use of system resources, the difficulty to be resolved is classified into problems that square measure strategic, tactical, and operational. Strategic problems associated with the physical network style
Determinant the situation of the facilities, and acquisition of the required resources, whereas the plan of action problems associated with the allocation of existing resources to enhance overall system performance.
Heuristic model route determination of vehicle with delivery time limit, the issue at the operational level with relation to determinant the route the vehicle traveled from the depot or warehouse to variety of shops or customers, to attenuate the entire price of the trip happened.
There square measure 2 models of the much-discussed operational matters to the researchers, the travelling salesman downside (TSP) and Vehicle Routing downside (VRP).
If enacted bound limit, either a limit for the vehicle departs from and returns to the depot and once the quickest and slowest for the vehicle to make every of its customers, the matter is understood because the Vehicle Routing downside with Time Window (VRPTW). during this VRPTW models to be solved not solely verify the route however additionally the regular point of every vehicle to attenuate the entire price of the trip and total client wait time.
In the VRP models, every with a payload capability of bound vehicles and uniforms can create the trip from depot to commodities to variety of consumers with the amount of specific desires, and came back to the depot.
Total desires square measure maintained every route doesn't exceed the carrying capability of the vehicle. each client solely served by one vehicle and each delivery route ought to only be visited every client just once. The aim is that every client desires square measure met with the minimum total price.