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When the force was removed from the 2 liter bottle, the pressure exerted on the water decreased. Why did the eyedropper float?
Bernoulli's principal
newtons per square centimeter
the faster the fluid, the lower the pressure
the object will neither float nor sink, but will suspend at a constant level
the increased water pressure caused the density of the eyedropper to increase
The decreased water pressure caused the density of the eyedropper to decrease
It causes a net force acting upward on the object
Bernoulli's principal
When a force is applied to the 2 liter bottle, the pressure exerted on the water increased. Why did the eyedropper sink?
Bernoulli's principal
newtons per square centimeter
the faster the fluid, the lower the pressure
the object will neither float nor sink, but will suspend at a constant level
the increased water pressure caused the density of the eyedropper to increase
The decreased water pressure caused the density of the eyedropper to decrease
It causes a net force acting upward on the object
Bernoulli's principal
What scientific rule states that the pressure exerted by a moving stream of fluid is less than the pressure of the surrounding fluid?
Bernoulli's principal
newtons per square centimeter
the faster the fluid, the lower the pressure
the object will neither float nor sink, but will suspend at a constant level
the increased water pressure caused the density of the eyedropper to increase
The decreased water pressure caused the density of the eyedropper to decrease
It causes a net force acting upward on the object
Bernoulli's principal
Pressure can be measured in units of
Bernoulli's principal
newtons per square centimeter
the faster the fluid, the lower the pressure
the object will neither float nor sink, but will suspend at a constant level
the increased water pressure caused the density of the eyedropper to increase
The decreased water pressure caused the density of the eyedropper to decrease
It causes a net force acting upward on the object
Bernoulli's principal
Much of the lift that enables an airplane to fly can be explained using
Bernoulli's principal
newtons per square centimeter
the faster the fluid, the lower the pressure
the object will neither float nor sink, but will suspend at a constant level
the increased water pressure caused the density of the eyedropper to increase
The decreased water pressure caused the density of the eyedropper to decrease
It causes a net force acting upward on the object
Bernoulli's principal
How is the pressure applied by a fluid related to how fast the fluid moves? (think airplane wing)
Bernoulli's principal
newtons per square centimeter
the faster the fluid, the lower the pressure
the object will neither float nor sink, but will suspend at a constant level
the increased water pressure caused the density of the eyedropper to increase
The decreased water pressure caused the density of the eyedropper to decrease
It causes a net force acting upward on the object
Bernoulli's principal
If the density of the object is equal to the density of the fluid in which it is submerged,
Bernoulli's principal
newtons per square centimeter
the faster the fluid, the lower the pressure
the object will neither float nor sink, but will suspend at a constant level
the increased water pressure caused the density of the eyedropper to increase
The decreased water pressure caused the density of the eyedropper to decrease
It causes a net force acting upward on the object
Bernoulli's principal
What effect does a buoyant force have on a submerged object?
Bernoulli's principal
newtons per square centimeter
the faster the fluid, the lower the pressure
the object will neither float nor sink, but will suspend at a constant level
the increased water pressure caused the density of the eyedropper to increase
The decreased water pressure caused the density of the eyedropper to decrease
It causes a net force acting upward on the object
Bernoulli's principal
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