![]() Shifting Shadow Draenite (1 x Shadow Draenite) Glinting Flame Spessarite (1 x Flame Spessarite) Sparkling Azure Moonstone (1 x Azure Moonstone)įel Iron Blood Ring (1 x Fel Iron Bar, 2 x Blood Garnet) x 5 Gleaming Golden Draenite (1 x Golden Draenite) Royal Shadow Draenite (1 x Shadow Draenite) Luminous Flame Spessarite (1 x Flame Spessarite) Solid Azure Moonstone (1 x Azure Moonstone) Glowing Shadow Draenite (1 x Shadow Draenite)īrilliant Golden Draenite (1 x Golden Draenite) Inscribed Flame Spessarite (1 x Flame Spessarite) Sapphire Signet (4 x Blue Sapphire, 2 x Truesliver Bar, 1 x Thorium Setting) x 10ĭiamond Focus Ring (1 x Azerothian Diamond, 1 x Thorium Setting) x 5Įmerald Lion Ring (2 x Huge Emerald, 1 x Thorium Setting) x 10 Simple Opal Ring (1 x Large Opal, 1 x Thorium Setting) x 10 Truesilver Healing Ring (2 x Truesilver Bar, 2 x Heart of the Wild) x 10 (Or Ruby Pendant of Fire or a mix of both) Red Ring of Destruction (1 x Star Ruby, 1 x Thorium Setting) x 5 Thorium Setting (1 x Thorium Bar) x 50 (Save yourself some Thorium and start off with Dense Stone Statues if you have any Dense Stone, which you should have if you gathered the Thorium yourself. Neal Allen in Menethil Harbour, Wetlands.ĭepending on availability of materials, you may want to make a few Golden Dragon Rings, in amoungst making the Pendant of the Agate Shield.Įngraved Truesilver Ring (1 x Truesilver, 2 x Mithril Filigree) x 20Ĭitrine Ring of Rapid Healing (1 x Citrine, 2 x Elemental Water, 2 x Mithril Bar) x 10Īquamarine Signet (3 x Aquamarine, 4 x Flask of Mojo) x 15 Innkeeper Abeqwa, Jandia or Rau Cliffrunner in Freewind Post, Thousand Needles. This is a limited supply design and is sold by the following NPC’s: Pendant of the Agate Shield (1 x Moss Agate, 1 x Bronze Setting) x 30 Heavy Stone Statue (8 x Heavy Stone) x 10 Ring of Silver Might (2 x Silver Bar) x 20 Tigerseye Band (1 x Tigerseye, 1 x Delicate Copper Wire) x 20Įlegant Silver Ring (1 x Silver Bar) x 10 Rough Stone Statue (8 x Rough Stone) x 10 Materialsĭelicate Copper Wire (2 x Copper Bar) x 20 This means you don’t have to keep going back to Silvermoon City or The Exodar for training. Ther reason being is there is a Jewelcrafting trainer on the Aldor rise in Shattrath that will teach you all levels of Jewelcrafting. Then it’s a really good idea, to level your Jewelcrafting before you do choose your faction. If you are level 60+ and your just starting to level Jewelcrafting AND you haven’t chosen either Scryer’s or Aldor’s faction yet. This TBC Jewelcrafting guide will show you the fastest and easiest way to level your Jewelcrafting skill from 1 to 375.
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![]() Removing the bowl from the scale and replacing it between each Not satisified with this answer, he makes several more measurements, After subtracting the weight of the bowl, he Joe mashes three bananas, then puts the bowl of pulp ontoĪ scale. What if there are several measurements of the same quantity? So Jane's estimate and her neighbor's are consistent within the The neighbor's value of 54 cubic meters lies within this range, One should lie within the range of the other.ĥ1.00 - 4.49 m^3 < volume < 51.00 + 4.49 m^3 In order for two values to be consistent within the uncertainties, When she asks her neighbor to guess the volume, he repliesĪre the two estimates consistent with each other? Jane's measurements of her pool's volume yield the result If the power is negative,ĭiscard the negative sign for uncertainty calculations only. Multiplying the percentage uncertainty in a quantity by the When the power is not an integer, you must use this technique of Percentage uncertainty in volume = 3 * (percentage uncertainty in L) Just as before, one can calculate the uncertainty in the volumeīy adding the percentage uncertainties in each quantity:īut another way to write this is using the power p = 3 The volume of Fred's cubical pool is simply It's the same as multiplying the quantity p times įred's pool is a perfect cube. If one quantity appears in a calculation raised to a power p, Uncertainty in volume = (volume) * (percentage uncertainty in volume) Therefore, the uncertainty in the volume (expressed in cubic meters, Percentage uncertainty in volume = (percentage uncertainty in L) + The percentage uncertainties in each individual measurement: The percentage uncertainty in the result by adding together In this situation, since each measurement enters the calculationĪs a multiple to the first power (not squared or cubed), one can To calculate the volume, she multiplies together the length, width She measures the length, width, and height: Jane needs to calculate the volume of her pool, so that she knows Simply by adding the uncertainties in the several quantities. When one multiplies or divides several measurements together,įractional (or percentage) uncertainty in the final result ![]() In the flea's height in fact, it swamps the flea's own heightĬombining uncertainties in several quantities: multiplying and dividing The uncertainty in Dick's height swamps the uncertainty To express the sum of the two heights is far more than either In technical terms, the number of significant figures required To within a couple of cm, what difference does it make if the If we can't tell exactly where the top of Dick's head is ? combined height = 186.020 cm +/- 2.003 cm ?īut wait a minute! This doesn't make any sense! Uncertainty in combined height = 2 cm + 0.003 cm Using a pair of calipers,ĭick measures the flea to have a height of 0.020 cm +/- 0.003 cm. For example, suppose that Dick balances on his Very different quantities, one ends up with a funny-looking ![]() Now, if all the quantities have roughly the same magnitudeĪnd uncertainty - as in the example above - the result Uncertainty in combined height = 2 cm + 3 cm If Jane stands on top of Dick's head, how far is her head One simply adds together the uncertainties to find theĭick and Jane are acrobats. When one adds or subtracts several measurements together, Percentage uncertainty = - * 100%Ĭombining uncertainties in several quantities: adding or subtracting What is the uncertainty in Bob's weight, expressed as a percentage What is the fractional uncertainty in Bob's weight?įractional uncertainty =. In general, the uncertainty in a single measurement (or else it would be closer to the 143-pound mark). (or else it would be closer to the 141-pound mark), He knows his weight must be larger than 141.5 pounds The smallest divisions on the scale are 1-pound marks,īob reads his weight as closest to the 142-pound mark.
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