In a fluid-filled container why is the pressure greater at the base of the container

Answers

Answer 1

Answer: I believe because there is much less air and much more water in the bottom

Answer 2

Answer: The pressure is greater at the bottom because of all the fluid on top. It is like going to the bottom of the deep end in a swimming pool. Hope this helps.

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Timers at a swim meet used four different clocks to time an event. Which recorded time is the least precise?a. 48.9107 s
b. 48.91 s
c. 48.910 s
d. 48.9 s

Answers

Answer:

Least precise recorded time is 48.9 seconds.

Explanation:

Here, we need to write the recorded time that is least precise. The given options are (a) 48.9107 s (b) 48.91 s (c) 48.910 s (d) 48.9 s. The precision in any measurement is defined as closeness in any measurement.

First option is most precise as it is precised to four decimal places. Second option is precised to two decimal places. Third option is precised to 3 decimal places. But in option fourth, the recorded time is precised to one decimal place.

Hence, the correct option is (d).

the answer should be D due to the fact that A,B,andC are showing the exact time in which it took for the event while D is vary general on the time the event stoped

How does wavelength relate to frequency?

Answers

The larger the wavelength the lower the frequency, and the smaller the wavelength the higher the frequency

Which best describes how DNA is used as a molecular clock?The number of mutations in DNA is compared between two species.
The total amount of DNA is compared between two species.
The percent of carbon in DNA is compared between parent and offspring.< The total mass of DNA is compared between parent and offspring.

Answers

The answer that best describes how DNA is used as a molecular clock is the number of mutations in DNA is compared between two species.

Answer:

The correct answer is a = The number of mutations in DNA is compared between two species.

Explanation:

Hello ! Let's solve this!

The molecular clock is a technique to see the divergence between two species. In other words, to see DNA mutations.

The correct answer is a = The number of mutations in DNA is compared between two species.

Work done by the resultant force is always equal to change in kinetic energy a)True b)False

Answers

b) False

The statement is not always true. The work done by the resultant force is equal to the change in kinetic energy only in the absence of other non-conservative forces, such as friction or air resistance. In the presence of such forces, the work-energy theorem may not hold, and the work done by the resultant force may not equal the change in kinetic energy.

The circus dog in the picture below is balancing a ball on his nose. The ball has __________ energy right now, but when he drops the ball it will have __________ energy.

Answers

Right now the ball only has potential energy but when the ball falls that will be converted into kinetic energy because it is moving. BTW Im 14 in 9th grade ya'll should know this.

Answer:

potential; kinetic

Explanation:

Your grandmother in Ireland sends you her favorite cookie recipe. Her instructions say to bake the cookies at190.5°C. To what Fahrenheit temperature would you set the oven to bake the cookies?

Answers

$F=(9)/(5)C+32$

$F=(9)/(5)190.5C+32$

$F=342.9+32$

$F=374.9$

$374.9F=190.5C$

Answer:

350 Degrees Fahrenheit

Explanation:

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Two cars collide at an intersection. Car A, with a mass of 1900 kg, is going from west to east, while car B, of mass 1500 kg, is going from north to south at 17.0 m\s. As a result of this collision, the two cars become enmeshed and move as one afterwards. In your role as an expert witness, you inspect the scene and determine that, after the collision, the enmeshed cars moved at an angle of 60.0degrees south of east from the point of impact.Part A WAS: How fast were the enmeshed cars moving just after the collision? I got 8.66 for velocity in part a which was CORRECT but i can't figure out PART B??...Part B:How fast was car A going just before the collision

You can only see stars whose peak intensity of radiation is in the visible band. True False