2KClO3 ----> 2KCl + 3O2
Solid sodium chloride decomposes to produce solid sodium and chlorine gas.
Insulin needs potassium to get into the cells.Glucagon is needed to bring your sugar up.
It is an Acid. For the acid, Hydrochloric Acid, its formula is HCl. When it breaks apart its H+ and Cl-A base would be Sodium Hydroxide, which is NaOH, in this case it breaks apart as Na+ OH-
I need to see the formula you are talking about
Yes, potassium can be brittle depending on its form.
i believe 10 meqs of potassium is equal to 390 mg's of potassium, therefore, one meq, is equal to 39 mg's potassiumNot sure where you get your answer but according to drugs.com 10meg is equal to 750 mg of potassium20mEq of potassium chloride is 781.960 mg of elemental potassium [K], and 709.060 mg of elemental chlorine [Cl] (which is 1491.0 mg of potassium chloride [KCl]). Here's how to figure it:_________________mg = (mEq • atomic, molecular or formula weight) / valenceAtomic weight of potassium [K] is 39.0983Atomic weight of chlorine [Cl] is 35.453The molecular weight of potassium chloride [KCl] is sum of the atomic weights above: 74.551 (rounded)The valence of potassium chloride is 1Thus:(20mEq potassium chloride • 74.551) / 1 = 1491.0 mg potassium chlorideWhich breaks down to 781.960 mg of elemental potassium [K], and 709.060 mg of elemental chlorine [Cl]._________________
when melted KCl breaks into K+ and Cl- ions,which help in conducting electricity.
i believe 10 meqs of potassium is equal to 390 mg's of potassium, therefore, one meq, is equal to 39 mg's potassiumNot sure where you get your answer but according to drugs.com 10meg is equal to 750 mg of potassium20mEq of potassium chloride is 781.960 mg of elemental potassium [K], and 709.060 mg of elemental chlorine [Cl] (which is 1491.0 mg of potassium chloride [KCl]). Here's how to figure it:_________________mg = (mEq • atomic, molecular or formula weight) / valenceAtomic weight of potassium [K] is 39.0983Atomic weight of chlorine [Cl] is 35.453The molecular weight of potassium chloride [KCl] is sum of the atomic weights above: 74.551 (rounded)The valence of potassium chloride is 1Thus:(20mEq potassium chloride • 74.551) / 1 = 1491.0 mg potassium chlorideWhich breaks down to 781.960 mg of elemental potassium [K], and 709.060 mg of elemental chlorine [Cl]._________________
Potassium is found on the periodic table of the elements as "K". In its elemental pure form it can be called a mineral. Elemental potassium is explosive and highly reactive with water, oxygen or halogens. Potassium can exist in bananas without exploding because the potassium is within a compound (combined with other atoms/molecules). For example potassium chloride (KCl) can be used as a replacement for table salt. The human digestion process breaks apart the KCl and combines it into other compounds so systems in the body can extract the Elemental potassium. Vitamins are compounds, many vitamins contain the mineral potassium in them.
Solid sodium chloride decomposes to produce solid sodium and chlorine gas.
Insulin needs potassium to get into the cells.Glucagon is needed to bring your sugar up.
Sodium chloride ... because the particles dissolve in the water and breaks apart ions.. the electric is conducted through the ions
who knows? find out in the next episode of dragonball Z
Community Answer 1Sodium chloride is a compound made from Sodium and Chlorine.(NaCl) Sodium chloride is our every day basic table salt. In other words, sodium chloride is salt. Sodium chloride is better known as household table salt._____________________________Community Answer 2Sodium Chloride is an ionic compound and is table salt (the salt you put in your food). Its empirical formula is NaCl. It is considered to be quite important for your body because when NaCl enters your bloodstream it breaks off into its ions. Na+ and the Cl- ion is important for proper nerve functioning.
Sodium Chloride IS hard, just brittle, that's why it breaks apart in your hands. The hardness of sodium chloride is 2,5 on the Mohs scale.
I would not say it "forms" anything, but it breaks apart (hence "dissolves") into Sodium ions and Chloride ions.
Salt is made up of Sodium Chloride (NaCl). In this case, it is the Chloride (Cl) that breaks the composition of water, and causes the freezing point of water to be lowered. Without Chloride, the freezing point of water is 32 degrees Fahrenheit (0 Celcius). With 10% of Sodium Chloride (salt), water freezes at 20 Fahrenheit. With 20% of Sodium Chloride, water freezes at 2 Degrees Fahrenheit.