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There's NO 'pulling down force', as I've told you many times now.
I've not looked into the theory I mentioned in depth, but hope to soon, among other theories as well.
Hooke's Law
brilliant.org...
How can Hooke's law be used to determine the mass of an object?
Given a Hookean spring of spring constant
k
k, fix one end of the spring to the ceiling and the other end to the object. In equilibrium, the spring force will balance the downward force of gravity on the object, which allows computation of the mass
m
m from the displacement
x
x of the spring.
Gravity exerts a force Fg=mg downward proportional to the mass m.
m of the object, which is perfectly matched by the spring force
Fs =−kx in equilibrium, where the negative sign indicates that the spring force acts in the opposite direction. The mass is obtained by setting these forces equal:
m= kx/g . □
The MASS of the object makes it drop downward,
But that wouldn't work, because they'd also have to explain why the waters of Earth don't spill off it's edges.
Bird Point Bore Tide Table | Beluga Point Bore Tide Table
The bore tide is a spectacular sight, a wave up to 10 feet high, that thunders into Turnagain Arm just south of Anchorage in the right tide conditions. You can easily see this dramatic show of nature’s power from the Seward Highway using our guidelines below.
What Are Bore Tides?
The bore tide is a rush of seawater that returns to a shallow and narrowing inlet from a broad bay. Bore tides come in after extreme minus low tides created by the full or new moon.
Bore tides occur all over the world—there are around 60 of them—but only a few are large enough to make a name for themselves. One in China, for example, stretches almost 30 feet tall and travels more than 20 miles per hour. Alaska’s most famous bore tide occurs in Turnagain Arm, just outside Anchorage. It builds up to 6 – 10 feet tall and can reach speeds of 10 to 15 miles per hour. It takes not just a low tide but also about a 27-foot tidal differential (between high and low tide) for a bore to form in Turnagain Arm.
www.alaska.org...
originally posted by: OneBigMonkeyToo
a reply to: turbonium1
Objects made of wood do attract each other, but as they have less mass than metal it is more difficult to measure.
originally posted by: neutronflux
If there is no gravitational force, then what makes the spring in a hanging spring scale extend when a weight is placed on it? And what is going on to give an accurate weight.
If there is no gravity, why can’t you hang a mass from a hanging spring scale and make the mass go up and compress the spring?
originally posted by: OneBigMonkeyToo
a reply to: turbonium1
Nah. Saying it don't make it so.
As for the word salad you posted to neutronflux, the air above us is less dense then air below us. Why do objects not move upwards through the less dense stuff. Why always to the ground?
originally posted by: turbonium1
Why would God want all objects, all life, to float or rise up in air? That would be really stupid, wouldn't it?
Objects have more mass and density than air, right?
A spring scale or spring balance or newton meter is a type of mechanical force gauge or weighing scale. It consists of a spring fixed at one end with a hook to attach an object at the other. It works by Hooke's Law, which states that the force needed to extend a spring is proportional to the distance that spring is extended from its rest position. Therefore, the scale markings on the spring balance are equally spaced.
en.m.wikipedia.org...
So when objects are in air, they fall THROUGH air, due to their greater mass and density, right? They are NOT 'pulled down' from air, their mass makes them FALL through air, that's all that happens here.
originally posted by: daskakik
originally posted by: turbonium1
Why would God want all objects, all life, to float or rise up in air? That would be really stupid, wouldn't it?
Not necessarily, all kinds of life floats in the oceans. That is proof that it is not out of the question.