To determine the weight of AgBr that dissolves in 200 mL of 100 M NaCN, we first need to consider the solubility equilibrium involving AgBr and the complexation reaction with NaCN, which forms soluble complexes like [Ag(CN)2]⁻. However, since AgBr is a sparingly soluble salt, its solubility in such a concentrated NaCN solution will be significantly increased. The exact weight can be calculated if the solubility product (Ksp) of AgBr and the stability constant for the complexation with CN⁻ are known, but typically, the presence of NaCN would allow for a substantial amount of AgBr to dissolve due to complexation.
A mass of 100 pounds, weighs approx 444.5 Newtons. A kilogram is not a measure of weight, a Newton is.
Nothing. 100 kilograms is a measure of mass, not weight.
100 cm height 20 kg weight
average.. is about 100.
(Original body weight)-(current body weight)= weight lost (weight lost)/(original body weight) * 100 = % of dehydration (degree of dehydration)
To find the purity of KBr, we need to calculate the percentage of KBr in the 814.5 mg of AgBr obtained. Since AgBr has a molar mass of 187.77 g/mol and KBr has a molar mass of 119 g/mol, we can find that the molar ratio of KBr to AgBr is 119/187.77. Then we can calculate the purity as (119/187.77) * (814.5/532.1) * 100%.
14 lb = 1st 100 lb= 100/14 =50/7 =7st 1lb
% by weight in solution = = 100 * (weight solute) / [(weight solvent) + (weight solute)] = 100 * (weight solute) / [weight solution] = 100* 10 / [100 + 10] = 100 * 10 / 110 = 9.1%
Cwt stands for centium weight. The 'wt' in 'cwt' is obviously the abbreviation of 'weight'. The 'c' in 'cwt' probably refers to the Roman numeral for the number 100. Hence, C wt is read at 100 weight.
how to calculate the weight of ISMC 100 x 50 mm
You have to be 100% committed to lose weight.
I would say if you are healthy if you stay about 100. Not that you weight is bad. 100 is very skinny.
him may weight 110lb
106.45 would.
Yes you are, the average weight is 80.0lbs to 85.5lbs.
a tiger sharks weight is approximately 777,000,000,000
about 100 pounds