This is an experiment of a salt hydrate CuSo4 xH20 obtained during a practical. Use these values to calculate the moles crystal water and moles salt a hydrate present in the original sample. 124/ Chemie - Chemistry - 124Practicals | PraktikaPractical Report 2| Praktiese Verslag 2Bereken die mol kristal water en mol sout anhidraat teenwoordig in die oorspronklike monster sout hidraat, CusO, xH,0 gebaseerd op joudata in Tabel 1 (Vraag 1). Wys jou berekeninge.Gebruik dan die mol waardes en 'n toepaslike berekening om die waarde van x te bepaal in die formule van die sout hidraat, CuSOxH,0(wenk- oorweeg in watter mol verhouding die kristal water en anhidraat voorkom in die sout hidraat).Calculate the moles crystal water and moles salt anhydrate present in the original sample salt hydrate, Cuso.xH,0 based on your datain Table 1 (Question 1). Show your calculations.Then use the mol values and an appropriate calculation to find the value of x in the formula of the salt hydrate, Cuso4.XH20 (hint-consider in what mol ratio the crystal water and anhydrate exists in the salt hydrate).Paragraphmol H,O =mol sout anhidraat/ salt anhydrate = TUDENTS - Go...+ New Customers (...E Policy for Registra.Coachbitt Coaching - Googl.BIS X| xE|三三3 (12pt)Voor verhittingBefore heatingMassa leë kroesie (g)22.146Mass empty crucible (g)Massa kroesie met squt hidraat (g)23.564Mass of crucible with salt hydrate (g)Massa sout hidraat (g)1.418Mass salt hydrate (g)Na verhittingAfter heatingMassa kroesie met sout anbidraat (g)Mass of crucible with salt anhydrate (g)23.043Massa sout anbidraat (g)0.897Mass of salt anhydrate (g)Massa water wat verdamp het vanaf kroesie (g)0.521Mass of water evaporated from crucible (g)ody » tr » td » p » spanMacRook Air

Mass of Crucible with salt hydrate = 23.564 g Mass of empty…

Answered: This is an experiment of a salt hydrate…

This is an experiment of a salt hydrate CuSo4 xH20 obtained during a practical. Use these values to calculate the moles crystal water and moles salt a hydrate present in the original sample.

Principles of Instrumental Analysis

7th Edition

ISBN:9781305577213

Author:Douglas A. Skoog, F. James Holler, Stanley R. Crouch

Publisher:Douglas A. Skoog, F. James Holler, Stanley R. Crouch

Chapter2: Electrical Components And Circuits

Section: Chapter Questions

Problem 2.12QAP

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