1.Calculate the molar concentration of Ag+ if the pAg is 2.71.
0.999 M
0.0019 M
512.9 M
0.433 M
2.
Considere los siguientes datos experimentales: Consider the following experimental data:
|
x |
y |
|
-1 |
-1 |
|
0 |
1 |
|
1 |
3 |
|
2 |
5 |
Calcule la pendiente (m), el intercepto (b) y la ecuación de línea (ecuación punto-pendiente). Calculate the slope (m), the intercept (b), and the line equation.
|
m = 2; b = 3; y = 2x + 3 |
||
|
m = 2; b = 1; y = 2x + 1 |
||
|
m = 1; b = 2; y = x + 2 |
||
|
m = 3; b = 1; y = 3x + 1 |
![0 .: PAI = - 10 сая+) PAI = 2.7) : - [0] [31] - 2.71 САЯt] = 10 :. C n +] = 1949 В х (o- 3 m :. САЯ*] = O • Oo19 Ч38 м) 8, СА](http://img.homeworklib.com/questions/553a9640-42a1-11ec-ad6a-959b5fcef956.png?x-oss-process=image/resize,w_560)
1.Calculate the molar concentration of Ag+ if the pAg is 2.71. 0.999 M 0.0019 M 512.9...
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NEED ALL ANSWER
1. Describe the preparation of the following solutions.
Include calculations and necessary laboratory equipment.
a) 500 ml of a 1.50M KNO3 solution.
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por favor mostrar el proceso
A
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Translation:
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