Explain the molar mass of a monoprotic acid to have a value

Reference no: EM13519811

why is it not possible for the molar mass of a monoprotic acid to have a value less than 1g/mol?

Reference no: EM13519811

Questions Cloud

Explain the pka of the acid function at the 2-position : The pKa of the acid function at the 2-position is approximately 2, whereas that at the 1 position is about 3. Which of the 2 is more acidic and why

Calculate the volume flow rate in liters per minute : Blood flows in an aorta of radius 8.0 mm at 31 cm/s. Calculate the volume flow rate in liters per minute

Explain air volumes from standard conditions of temperature : Convert the above air volumes from standard conditions of temperature (STP) and pressure to a new volume for the temperature or pressure, or both, as given. Use 25°C and 1 atmosphere for STP conditions in this problem. This is what is used in calcu..

Find the combined mass of the ship and cargo : A ship sails from seawater (specific gravity 1.025) into freshwater and therefore sinks slightly. find the combined mass of the ship and cargo before it was unloaded

Explain the molar mass of a monoprotic acid to have a value : Why is it not possible for the molar mass of a monoprotic acid to have a value less than 1g/mol

Explain the percentage of hydroxyapatite in the tooth enamel : Tooth enamel is mainly hydroxapatite,Ca10(PO4)6(OH)2. If 1.117g of tooth enamel reacts with acid to give 1.111g of calicul chloride, what is the percentage of hydroxyapatite in the tooth enamel sample

Explain how many grams of solid naoh are needed to convert : How many grams of solid NaOH (MM=40.0) are needed to convert the(-)-amine diastereomeric salt into its free amine. How many mL of a 2.5 M NaOH solution are needed to convert the(-)-amine diastereomeric salt into its free amine

Find the distance between the bird and the coyote left ear : A coyote can locate a sound source with good accuracy by comparing the arrival times of a sound wave at its two ears. What is the distance between the bird and the coyote's left ear

Evaluate the approximate freezing point of a solution : Calculate the approximate freezing point of a solution prepared by dissolving 10.0 g of naphthalene (C10H8) in 300. g of cyclohexane. Pure cyclohexane freezes at 6.6°C. Kf of cyclohexane = 20.0°C/m.

User Account

All Pages