yes
Gravity is constant. It does not change based on the element, only the relative distance from the a specific body can reduce the effect of gravity (moving away from the earth lessens its gravitational pull on an object).
Aluminum has no specific gravity, at least by the current definition of gravity.
specific gravity of fly ash is 3.2
Specific gravity doesn't have units. It's the density relative to water, so specific gravity is effectively just a number.
The specific gravity of cattle blood and of human blood is actually similar. These rates of gravity are almost identical.
yes
Gravity is generally only found within very large masses. By large I mean, planets, stars, moons etc. Therefore if the human body was much larger than it is in reality, then yes there could be a gravity in the human body. But not in a life size human body.
The center of gravity of the human body is typically located around the lower abdomen area when standing upright. When bending forward or backwards, the center of gravity shifts accordingly. When lying down, the center of gravity is closer to the middle of the body.
The specific most common name for the study of the human body is anatomy.
The line of gravity of the human body is an imaginary line passing vertically downward from the center of gravity of the body. It usually runs from the head through the center of mass to the ground. Maintaining balance along this line is crucial for stability and proper posture.
There are no specific "anti-gravity muscles"; rather, certain muscle groups work to counteract the effects of gravity on the body. These muscles include the core muscles, the gluteal muscles, the quadriceps, and the calf muscles, which are all key for maintaining posture and balance against the force of gravity.
no it doesnt increase but decrease. Yes . Because human body is liberated from the vertical gravity on it.
Gravity is constant. It does not change based on the element, only the relative distance from the a specific body can reduce the effect of gravity (moving away from the earth lessens its gravitational pull on an object).
If you want to define total centre of gravity of a person, you must know:the mass of each body segmentsthe x, y and z coordinate of centre of gravity of each body segment (3D motion)
Zero gravity can cause muscle atrophy, decrease in bone density, fluid shift to the upper body, and changes in cardiovascular function due to the lack of gravity pulling blood towards the legs. Astronauts in space experience these effects and must exercise regularly to counteract them.
The center of gravity of the human body is typically located around the pelvis region, specifically near the sacrum. This point is important for maintaining balance and stability during various movements. It varies slightly depending on body composition and posture.