YES
The number of protons. Carbon = a Z number of 6. Hydrogen = a Z number of 1 Oxygen = a Z number of 8. And so on. Just read it off the periodic table.
Not a singular "Z", but there are two: Zn- Zinc Zr- Zirconium.
The solvent is the water (chemical formula H2O). The solute is the salt (table salt, NaCl or another substance).
The solubility table is used to predict whether a given solute will dissolve in a particular solvent at a specific temperature. It provides information on the maximum amount of solute that can dissolve in a solvent under those conditions.
There are two on the Periodic Table of Elements, both transition metals: Zinc, number 30 and Zirconium, number 40.
NO
Yes
If the value given in the table for Z = z is k: that is, pr(Z > z) is 1 - k, then the two-tailed probability of observing a value which is at least as extreme, ie Pr(|Z| > z) is 0.5*(1-k).
The solute is the extract of maples and the solvent is water.
See the attached link. The area that is read from the table is 1 - .9066 or .0934. Go to the body of the table for the value .0934 and the answer is -1.32. Therefore Z = -1.32.
The number of protons. Carbon = a Z number of 6. Hydrogen = a Z number of 1 Oxygen = a Z number of 8. And so on. Just read it off the periodic table.
In a z-table, -0.625 corresponds to the area to the left of that z-score in the standard normal distribution. The value for -0.625 is approximately 0.2659. This means that about 26.59% of the data falls below a z-score of -0.625.
yes because the thing that you dissolve it in is the solvent
From the table in the related link, the value at z equal one is 0.3413. The area then to the right of z equal one is 0.5 - 0.3413, or 0.1587.
Assume the z-score is relative to zero score. In simple terms, assume that we have 0 < z < z0, where z0 is the arbitrary value. Then, a negative z-score can be greater than a positive z-score (yes). How? Determine the probability of P(-2 < z < 0) and P(0 < z < 1). Then, by checking the z-value table, you should get: P(-2 < z < 0) ≈ 0.47725 P(0 < z < 1) ≈ 0.341345
The solvent is the water (chemical formula H2O). The solute is the salt (table salt, NaCl or another substance).
Not a singular "Z", but there are two: Zn- Zinc Zr- Zirconium.