Hey there!
The answer you're looking for is “they walked for three days in the desert but did not find water”.
It was the Denver broncos against the Carolina panthers and the broncos won.
Answer:
The cochlea contains of tiny stereocilia, or tiny hair cells.
Explanation:
By definition, cochlea is a snail-shaped portion of the inner ear, that belongs to the auditory system. Cochlea receives the vibrating sounds and it causes <em>stereocilia</em> (bundle of tiny hairs, visible in that shape only under the microscope) to move. Then, those vibrations are converted into nerve impulses, and further sent to brain so the received nerves can be processed.
That hearing is an extraordinary process, says the fact that we have over 15000 tiny hair cells! When sounds are too loud for too long, these bundles of <em>stereocilia</em> can be damaged. The damaged hair cells can't respond to sound, which causes noise-induced hearing loss. Since hair cells can’t be repaired or even replaced in humans, hearing loss is often permanent.
John gets the best catch in the first and second images that are shown in the context in regard to the climatic conditions.
<h3>The analysis of the images:</h3>
The first and second image is suitable for John to get the best catch of fishes as the situation shows the high tides in the image. The high tides are caused when the water level reaches its highest and stops at the maximum peak.
This is the circumstance that is known as the high tide alert for the people who live nearby the shores.
John will be able to get a good number of fish in high tides because at the situation of high tides it will be easy for him to catch the fishes as all will be got pooled at the shores itself.
Therefore, the correct option is A and B.
Learn more about the tides here:
brainly.com/question/8969650
What we are looking for is the confidence interval.
Given:
Sample it is denoted by n = 10
Mean = 80
Standard deviation = 12
Confidence Interval = 99%
Now compute for the margin of error, the formula is Za/2 * σ/√(n)
A 99% level of confidence has a critical value of zα/2 = 2.58.
The standard error is σ/√(n) = 3.162
Multiply 2.58 by 3.162 = 9.8 is the margin of error.
The formula for confidence interval is x̅ ± Za/2 * σ/√(n)
= 80 ± 9.8
= 70.2 < x< 89.8
