To transform the amount in moles to systems of grams, we require the atomic mass that nickel which is 58.69 g/mol. Us multiply the number of moles to the atomic mass i m sorry cancels mole leaving us with units the grams.2.63 moles ( 58.69 g/mol ) = 154.35 g NickelHope this hunterriverpei.coms the question. Have a quite day.

You are watching: What mass (in mg) does 2.63 moles of nickel have?

The average trip speed that a bald eagle is around 50 Km/h. A scientist has actually measured and also equal paris 80 Km/h. Exactly how is this possib

What would the rate of each particle be if it had the exact same wavelength as a photon the violet irradiate ( λ = 400.0 nm ) ?

To construct this problem we will use the DeBroglie partnership for which the wavelength is considered as Where,

h = Planck"s constant

m = mass

v = Velocity = Wavelength

Rearranging the equation we have actually that the rate would be Our offered values room considered   The value of the mass varies, therefore its rate would be offered as:

Proton   Neutron   Electron   Alpha particle   Hypotheses and theories concerned each other since hypotheses are supplied in developing a theory. Hypotheses are explanations for some phenomenon that are still proposed. As soon as these room validated and also proved, castle are welcomed by the public as theories and are used to describe natural phenomenon.

See more: Silver Will Tarnish If It Is Not Polished Often, Does Sterling Silver Tarnish

Consider the complying with equilibrium at 979 K because that the dissociation of molecular iodine right into atoms that iodine. I2(g) equilibrium rea

hunterriverpei.com: = 0.0050 M = 0.0155 M

Explanation:

Initial mole of = 0.072 mole

Volume of container = 3.9 L

Initial concentration of The given well balanced equilibrium reaction is, Initial conc. 0.018 M 0

At eqm. Conc. (0.018-x) M (2x) M

The expression because that equilibrium continuous for this reaction will certainly be, ^2}" alt="K_c=\frac^2" align="absmiddle" class="latex-formula"> we are given : Now placed all the offered values in this expression, we gain :  So, the concentrations because that the materials at equilibrium are: =2\times x=2\times 0.0025=0.0050" alt="=2\times x=2\times 0.0025=0.0050" align="absmiddle" class="latex-formula"> =0.018-x=0.018-0.0025=0.0155" alt="=0.018-x=0.018-0.0025=0.0155" align="absmiddle" class="latex-formula">