Aquimedes' principle allows to find the result for the apparent weight of the steel sphere is:
- Apparent weight is: = 369.77 N
<h3>Archimedes' principle
</h3>
The thrust of a fluid on a body is given by Archimedes' principle which states that equal to the weight of the displaced liquid.
B =
Where B is the buoyancy, p the density of the liquid, g the acceleration due to gravity and V the volume of the liquid.
In the attachment we see a free body diagram of the system, which is a representation of the forces without the details of the bodies.
= W- B
The volume of the liquid is the same as the volume of the sphere.
Let's substitute.
Let's calculate.
.
In conclusion, using Aquimedes' principle, we can find the result for the apparent weight of the steel sphere:
- Apparent weight is:
Learn more about Archimedes' principle here: brainly.com/question/13106989
Answer:
b is the correct answer i believe
Explanation:
the strong nuclear force encourages particles to come together so that they can nuetralize, a process the opposite of the electrostatic force of repulsion. This lets the atom stay intact because if the repulsion was more than the nuclear forces strength the atom would lose electrons and slowly decay
I believe the answer is D. <span> More sunlight is trapped by the atmosphere to cause global warming.
Even though Atmosphere usually contains Co2, the amount is really minor and heat from the Sunlight usually still able to reflected outside under noermal circumtances. But, due to usage of fossil fuels, the amount of CO2 in the atmosphere is significantly increased and making the sunlight unable to reflected outside and trapped within the Earth.</span>
It will take 21s for yhe alligator to crawl that distance. Reported answer contains 2 Significant Figures.
False. The sun from earth looks yellow, orange, or sometimes red, but it is really a big white ball of fire.