Until we have sufficient data to say otherwise, we presumptively reject the null hypothesis. There are just two results that can arise from a hypothesis test. You reject the null hypothesis when your p-value is less than or equal to your significance level.
<h3>What is the experiment's null hypothesis?</h3>
The null hypothesis asserts that there is no correlation between the variables of interest. You want to determine if there is a correlation between height and gender. You come up with the hypothesis that men are typically taller than women based on your understanding of human physiology.
<h3>How is a hypothesis test carried out?</h3>
To conduct a hypothesis test, we must first and foremost determine the null hypothesis and the alternative hypothesis. The following gives an example of the null and alternative hypothesis: Step 2: The next thing we must do is determine the relevance level. Its value is typically 0.05 or 0.01
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Answer:
it will go to that direction with 60N
Explanation:
I had the same question on my test and I said false ♀️ sorry if it’s wrong
Answer:
The correct answer would be, Hypnagogic Sensation. Gabe goes to bed at your regular time, and as he begins to drift slowly off to sleep, he jumps up suddenly as he feels you he is falling down the stairs. This is best explained by a Hypnagogic Sensation.
Explanation:
A Hypnagogic Sensation is a state that comes just before a person falls a sleep. Just before a person is about to sleep, a state may occur in which the person finds himself dragging or falling from somewhere and he suddenly jumps up to control himself. This state is called as the Hynogogic Sensation.
This is very common and almost every person has experienced this sensation many times in his life. I personally have experienced this state many times in my life.
