The Cornell System for notetaking was developed by Dr. Walter Pauk at Cornell University.
What is Cornell method in note taking?It involves dividing your paper into three sections: Notes in the right-hand column; labels or possible questions for recall on the left-hand column; and a summary at the bottomThe Cornell Note Taking method is known to be a type of short cut that hinders the use of long sentences.
Conclusively, Here, one have to use short notes that are often write down by a person using the right-hand column by applying the use of recognizable abbreviations and symbols.
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Typically, the ice sheet begins to show evidence of thawing in late summer, following several weeks of higher temperatures. For example, in the summer of 2012, virtually the entire Greenland Ice Sheet underwent thawing at or near its surface by mid-July, the earliest date on record.
A) NO CHANGE
B) However,
C) As such,
D) Moreover,
hint its not a or c
Calvin goes for a walk outside and begins to sweat. His sweat will not evaporate. What is the most likely cause of this?
Answer:
This is because when its humid outside, then the sweat wont evaporate due to the presence of moisture in the atmosphere.
Explanation:
The difference between the binomial distribution and the hypergeometric distribution is
Answer:
he binomial distribution, the probability is the same for every trial. For the hypergeometric distribution, each trial changes the probability for each subsequent trial because there is no replacement.
Explanation:
hope this helps if not please let me know
Why is stats so hard. Like why? It isn’t even math and it makes no since half the time. No maam
Answer:
I agree its hard, but you its basically pattern recognition from data so if you can spot the patterns, it becomes easier than math
Assume that thermometer readings are normally distributed with a mean of 100o F and a standard deviation of 0.15o F. a) Draw and label a sketch of the normal distribution of the thermometer readings. Include all pertinent data for the distribution b) A thermometer is randomly selected and tested. Find the probability that the thermometer reads between 99.86o F and 100.07o F. Draw a sketch of the distribution and shade the probability. Write out any calculator commands that you used.
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
The sketch of the normal distribution of the thermometerThe given parameters are:
Mean, μ = 100Standard deviation, σ = 0.15Next, we draw the normal distribution using a graphing calculator.
See attachment for the sketch of the normal distribution of the thermometer
The probability that a thermometer reading is between 99.86o F and 100.07o FThis 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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