Answer
given,
copper rod length = 50 cm
density of the copper = 8.92 g/cm³
iron rod length = 50 cm
density of iron = 7.86 g/cm³
mass of iron = density × volume
m_i = 7.86 × A × l/2
m_c = 8.96 × A × l/2
taking the intersection of copper and iron rod be starting point cooper side is taken as positive side and iron side length is taken to be -ve side.
center of mass
= 
= 
= 
= 
= 0.015793 m
= 1.579 m (+ve)
center of mass shift to cooper because cooper is heavy.
Answer:
Umm sorry I don't know how to answer this question
Explanation:
sorry can't answer
Stored energy=energy that is stored and may not be used, conservation of energy= saved energy that you can use for other things.
The structures that are surrounding the small intestine in the image are: stomach, ascending colon, cecum and appendix.
<h3>What is the small intestine?</h3>
The small intestine will be part of the digestive system and it is the smallest part of the intestine, it will be after the stomach and before the ascending colon. It will be made up of three parts: duodenum, which is the one attached to the stomach, ileum, and jejunum.
Each of its parts is going to have certain specific functions related to digestion, absorption and have immunity as a function.
Among the characteristics of the small intestine, absorption stands out since its surface is created for better absorption, since it will have circular folds, intestinal villi and microvilli. These will increase the absorption surface, so it works better.
To learn more about small intestine visit: brainly.com/question/24180887
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Answer:
85.31 N
Explanation:
Given,
Radius of Earth = 3960 miles = 6373 Km
Weight of Astronaut at Sea level = 200lb = 90.72 Kg
Altitude of Astronaut above Earth = 125 miles = 201.17 km
We know that,
-------------------------- (1)
where,
F = force on the object due to gravity also called the weight
m = mass of the object = 200 lb = 90.71 kg
g = acceleration due to gravity = 9.8 m/s²
Also,
-------------------(2)
where,
F = force due to gravity
G = Gravitational constant =
Nm²/kg²
M = mass of the Earth = 
r = distance between the two objects
here, r = (6373+201.17)km = 6574170 m
From equation (1),

Putting value of m in equation (2)

