Explanation:
mineral deposits are abundant in United States and Canada
Yes, Congenial Contexts to some measures do bring about Mobilization, Resignation, Activation, or Complacency.
<h3>What is the study about?</h3>
The study of If Congenial Contexts Lead to Mobilization, Resignation, Activation, or Complacency reveals that;
A person living in a state that is said to be of a political underrepresentation are known to be very likely to be seen pr engage in public forms of actions.
Also the study shows that they did evaluate subgroup analyses to depict the way that contextual association or relationships along with participation are kind of different based on political orientations, e.g. party identification or political interest.
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The parameters of the normal distribution of the thermometer readings are its mean and the standard deviation
The probability that a thermometer reading is between 99.86o F and 100.07o F is 0.5403
<h3>The sketch of the normal distribution of the thermometer</h3>
The given parameters are:
- Mean, μ = 100
- Standard deviation, σ = 0.15
Next, we draw the normal distribution using a graphing calculator.
See attachment for the sketch of the normal distribution of the thermometer
<h3>The probability that a thermometer reading is between 99.86o F and 100.07o F</h3>
This means that:
x = 99.86 and x = 100.07
The probability is calculated as:
P(99.86 < x < 100.07) = P(x > 99.86) - P(x < 100.07)
Using the attached graph, we have:
P(99.86 < x < 100.07) = 0.5403
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Based on the calculations, the temperature of this ideal gas is equal to 300.5 K.
<h3>How to calculate the temperature.</h3>
Mathematically, the temperature of an ideal gas is given by this formula:

<u>Where:</u>
- R is the ideal gas constant.
- n is the number of moles.
<u>Given the following data:</u>
Number of moles = 12.20 moles.
Volume = 18.35 L.
Pressure = 16.40 atm.
Substituting the given parameters into the formula, we have;

T = 300.5 K.
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Answer:
where is the Missing words