Answer:
the hypothesis is the anawer.
Answer:
Its acrylic, nylon, and polyester :)
Explanation:
Hydrogen is a nonmetal that does not exhibit properties such as malleability or ductility. Hydrogen is a unique element in the universe and its physical and chemical properties differ markedly from malleable or ductile elements, such as metals. Thus, hydrogen is neither malleable, ductile, nor brittle.
Hydrogen is a unique element in the universe, and its physical and chemical properties differ significantly from those of elements that are classified as malleable or ductile, such as metals. Properties such as being shiny, malleable, and ductile are characteristics of metals which can be deformed without breaking or drawn into wires, and they conduct heat and electricity well. However, hydrogen is a nonmetal and under normal conditions, it is relatively inactive chemically. It does not demonstrate properties like malleability or ductility as metals do. Hence, hydrogen is not malleable, ductile, or brittle.
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B : nonspecific
Answer:
specific
Explanation:
a mole represents the amount of grams it takes to have avogadro's number
Answer:
A is your answer
Explanation:
before it is discharged into a river or lake?
Chlorine is used as a disinfectant to wastewater treatment plants. The addition of chlorine to the final treated water is because to make sure that some of the microorganisms not killed during treatment is eliminated. It is consumed before it is released to the environment to ensure that microorganisms and other marine life are not killed in the process too.
The density of the product gas mixture is 5.39 g/L
Explanation:
Given:
Temperature after the reaction = C
Pressure in the container = 1.65 atm
The ideal gas equation PV = nRT
To find: Density of the product gas mixture
Step 1:
Molarity (M) = P/(RT)
M = 0.0674 mol/L
Step 2:
The product of the given reaction is . Its molar mass is
1S x 32.066 g/mol = 32.066 g/mol
3O x 16 g/mol = 48 g/mol
Adding both we get 80.066 g/mol
Therefore the density of the product gas mixture is
= 5.39 g/L