Arsenic is in group 15, it can lose 5 valence electrons or gain 3 valence electrons to achieve the octet. Its minimum oxidation state we can predict as being -3, and its maximum as +5
gago ka
Average maximum for Mexico City is 32 °C. For Kingston it would be 32.1 °C. Difference would be 0.1 °C.
one could argue this, but in retrospect, did they predict the end of the world? no. you answer is one that can be found if you read between the lines
I am assume that you mean the slope of a graph. We find the local maximum and minimum of a graph by comparing the slope (the tangent to the curve) at each point. When the graph is reaching either a maximum or minimum, the slope becomes zero. This finding-the-zero-slope task is normally done with computer programming or Excel. Another use is that the change in slope indicates a change in the rate. Let us say we are plotting the water level in a river to see when the dam will be breached. If the slope keeps increasing, you can predict, at the present rate of change, when the water will overflow. If the slope of water keeps decreasing, you can predict, at the same rate, when do we run out of water. Using the slope for prediction needs to be done carefully -- how much do you trust the data and how long can you project into the future without being unrealistic. The chartists use the slope to predict the trend of stock prices. The government uses the slopes of different sets of data to plan policies. And so on. ==========================
Yes anova can and should be used to predict correlation between variable's in a single group. This is one of the primary and most common uses of such software.
yes
punnett squar
punnett square
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.
You can not predict the future. What you predict Is wrong.
The theoretical minimum in Landau theory represents the lowest possible energy state that a system can reach. It is significant because it helps to understand the behavior of materials undergoing phase transitions, such as when a material changes from a solid to a liquid. By studying the theoretical minimum, scientists can predict the properties and behavior of materials under different conditions.