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43.2 ML of a 1.23M H2SO4 SOLUTION completely reacts with a 75.0 ml Kindly MARK me as BRAINLEIST..

ole fraction of solution = 1Thus, for the BINARY solution; MOLE fraction of SOLUTE + mole fraction of solvent = 1Therefore mole fraction of solvent = 1 - 0.4 = 0.6Hope this helps, MARK as brainliest if it does ;)

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11.52 g.Explanation:here is the ANSWER to your QUESTION.

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1 N Answer: The normality of 4% (w/v) solution of NaOH is 1 N. EXPLANATION: 4% (w/v) solution of NaOH means that 4 grams of NaOH in 100 mL of waterKindly MARK me as BRAINLIEST...

Hence, the first and fourth reactions do not UNDERGO any change in the HYBRIDISATION of the UNDERLINED ATOM.

delevium (Unnilunium) Md* 102 Nobelium (Unnilbium) No* 103 Lawrencium (Unniltrium) Lr* 104 Unnilquadium Unq 105 Unnilpentium UNP 106 Unnilhexium Unh 107 Unnilseptium Uns 108 Unniloctium Uno 109 Unnilennium Une 110 Ununnilium Uun 111 Unununium Uuu 112 Ununbium Uub 113 Ununtrium Uut 114 Ununquadium Uuq 115 Ununpentium Uup 116 UNUNHEXIUM Uuh 117 Ununseptium Uus 118 Ununoctium Uuo 119 Ununennium Uue 120 Unbinilium UbnHope this helps you ;)

it is in PERIODIC tableExplanation:NOTE it IIT is in periodic table

Atomic RADIUS; Ionic radius; Covalent radius · Metallic radius · Van der Waals radius · v · t · e. Ionic radius, rion, is the radius of a MONATOMIC ion in an ionic CRYSTAL structure. Although neither atoms nor ions have sharp BOUNDARIES, they are SOMETIMES ... To be consistent with Pauling's radii, Shannon has used a value of rion(O2−mark me as brainliest..

endothermic process or REACTION.....Explanation:C6H12O6(s) ---> C6H12O6(aq) is an endothermic reaction. This MEANS that there is a net FLOW of energy from the water in ORDER to convert the solid form of GLUCOSE into the dissolved form....prefer to it child

In the positive electromeric effect the PI electrons of the MULTIPLE BOND are TRANSFERRED to that atom to which the attacking reagent is BONDED. When the pi electrons of the multiple bond are transferred to the atom to which the attacking reagent does not get attached is called the negative electromeric effect.Kindly mark me as brainliest...plzzz

Most alkali METAL SALTS are soluble in aqueous SOLUTION. Sulfates TEND to be soluble Explanation:

ds are pure substances. They are the chemical combination of two or more atoms. COMPOUNDS are always homogeneous.plz mark as BRAINLIST and follow me

In PERIOD 3, sodium with 11 protons is the least ELECTRONEGATIVE element, and chlorine with 17 protons is the most electronegative element.Explanation:

Balancing chemical equations involves the addition of stoichiometric coefficients to the reactants and products. This is important because a chemical equation must obey the law of conservation of mass and the law of constant proportions, i.e. the same number of atoms of each element must exist on the reactant side and the product side of the equation.Two quick and easy methods of balancing a chemical equation are discussed in this article. The first method is the traditional balancing method and the second one is the ALGEBRAIC balancing method.Chemical EquationA chemical equation is a symbolic representation of a chemical reaction in which the reactants and products are denoted by their respective chemical formulae.An example of a chemical equation is 2H2 + O2 → 2H2O which describes the reaction between hydrogen and oxygen to form waterThe reactant side is the part of the chemical equation to the left of the ‘→’ symbol WHEREAS the product side is the part to the right of the arrow symbol.Stoichiometric CoefficientA stoichiometric coefficient describes the total number of molecules of a chemical species that participate in a chemical reaction.It provides a ratio between the reacting species and the products formed in the reaction.In the reaction described by the equation CH4 + 2O2 → CO2 + 2H2O, the stoichiometric coefficient of O2 and H2O is 2 whereas that of CH4 and CO2 is 1.The total number of atoms of an element present in a species (in a balanced chemical equation) is equal to the product of the stoichiometric coefficient and the number of atoms of the element in one molecule of the species.For example, the total number of oxygen atoms in the reacting species ‘2O2’ is 4.While balancing chemical equations, stoichiometric coefficients are assigned in a manner that balances the total number of atoms of an element on the reactant and product side.The Traditional Balancing MethodThe first step that must be followed while balancing chemical equations is to obtain the complete UNBALANCED equation. In order to illustrate this method, the combustion reaction between propane and oxygen is taken as an example.Step 1The unbalanced equation must be obtained from the chemical formulae of the reactants and the products (if it is not already provided).The chemical formula of propane is C3H8. It burns with oxygen (O2) to form carbon dioxide (CO2) and water (H2O)The unbalanced chemical equation can be WRITTEN as C3H8 + O2 → CO2 + H2OStep 2The total number of atoms of each element on the reactant side and the product side must be compared. For this example, the number of atoms on each side can be tabulated as follows.Step 3Now, stoichiometric coefficients are added to molecules containing an element which has a different number of atoms in the reactant side and the product side.The coefficient must balance the number of atoms on each side.Generally, the stoichiometric coefficients are assigned to hydrogen and oxygen atoms last.Now, the number of atoms of the elements on the reactant and product side must be updated.It is important to note that the number of atoms of an element in one species must be obtained by multiplying the stoichiometric coefficient with the total number of atoms of that element present in 1 molecule of the species.For example, when the coefficient 3 is assigned to the CO2 molecule, the total number of oxygen atoms in CO2 becomes 6. In this example, the coefficient is first assigned to carbon, as tabulated below. Step 4Step 3 is repeated until all the number of atoms of the reacting elements are equal on the reactant and product side. In this example, hydrogen is balanced next. The chemical equation is transformed as follows.Now that the hydrogen atoms are balanced, the next element to be balanced is oxygen. There are 10 oxygen atoms on the product side, implying that the reactant side must also contain 10 oxygen atoms.Each O2 molecule contains 2 oxygen atoms. Therefore, the stoichiometric coefficient that must be assigned to the O2 molecule is 5. The updated chemical equation is tabulated below.Step 5Once all the individual elements are balanced, the total number of atoms of each element on the reactant and product side are compared once again.If there are no inequalities, the chemical equation is said to be balanced.In this example, every element now has an equal number of atoms in the reactant and product side.Therefore, the balanced chemical equation is C3H8 + 5O2 → 3CO2 + 4H2O.

homogeneous MIXTURE is a solid, liquid or gaseous mixture that has the same proportions of its components throughout any given sample. Conversely, a heterogeneous mixture has components in which proportions vary throughout the sample. "Homogeneous" and "heterogeneous" are not absolute TERMS, but are dependent on context and the size of the sample. In CHEMISTRY, if the volume of a homogeneous suspension is divided in half, the same amount of material is suspended in both halves of the substance. An example of a homogeneous mixture is air.In PHYSICAL chemistry and materials science this refers to substances and mixtures which are in a single PHASE. This is in contrast to a substance that is heterogeneous.Explanation:hey mate here is the best answer

Protons P are amide hydrogens. The LONE PAIR electrons can be delocalized onto the adjacent carbonyl group to form a resonance-stabilized anion. THUS, protons p are the most acidic protons.

By using ELEMENT percentage composition - Atomic mass - Atomic ratioCarbon ⟶40%÷12= 1240 =3.33Hydrogen ⟶6.66%÷1= 16.66 =6.66Oxygen ⟶53.34%÷16= 1640 =3.33The least atomic ratio is 3.33.For simplest ratio, we get C:H:O = 1:2:1Empirical FORMULA = CH 2 O of mass 30 g.As molar mass = 60, Molecular formula = (CH 2 O) 2 =CH 3 COOHI hope it will HELP you

tyndall effectColloids (ALSO known as colloidal solutions or colloidal systems) are mixtures in which microscopically dispersed insoluble particles of one substance are suspended in another substance. The size of the suspended particles in a colloid can range from 1 to 1000 nanometres (10-9 metres). For a mixture to be CLASSIFIED as a colloid, its suspended particles must not settle (in the manner that the particles of suspensions settle at the BOTTOM of the container if left undisturbed). Colloidal solutions are known to exhibit the Tyndall Effect, which is a phenomenon in which beams of LIGHT incident on colloids are scattered due to the interactions between the light and the colloidal particles.Solutionsstarch solution show Tyndall effect as they are colloids

When TWO LIQUIDS are MIXED together and a solid forms, the solid is a new substance that was FORMED during a chemical reaction between the two liquids.Explanation:hope I HELP you

Hypothesis: If the mystery food is tofu, then it will REACT with the REACTANT that INDICATES the PRESENCE of a protein because tofu is primarily protein. ... The mystery food didn't react to any other food other than lipids.

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A MOLE is defined as 6.02214076 × 1023 of some chemical unit, be it atoms, MOLECULES, ions, or others. The mole is a CONVENIENT unit to USE because of the GREAT number of atoms, molecules, or others in any substance.Explanation:

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tion:The KINETIC-molecular theory of GASES can be stated as four postulates:A gas consists of MOLECULES in constant random motion.Gas molecules influence each other only by COLLISION; they exert no other forces on each other.All collisions between gas molecules are PERFECTLY elastic; all kinetic energy is conserved.

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Mass of the solution = mass of SOLUTE + mass of solvent Given that the mass percent of sodium SULPHATE solution is 20%. Let the mass of sodium sulphate which is required to prepare this solution be x grams. Given that the mass of water is 100 G. So, 20 = [x/(x + 100)] * 100 20/100 = [x/x + 100] 1/5 = x/x + 100 x + 100/5 = x x + 100 = 5x 5x - x = 100 4x = 100 x = 100/4 x = 25 Thus, 25g of sodium sulphate is required.

The Shape of O3 molecule is BENT. therefore, ONF and NO2 both are isoelectronic. 33.Kindly mark me as brainliest...plzzzhope u like my answer..