How could the speed at the base of the falls be determined using the conservation of energy theorem (AKE = APE)? (Assume an initial speed of zero) Ov=√2mgh Ov=(2mgh)² Ov=(2gh)² Ov=√2gh

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The largest falls stemming from the Niagara River is the Horseshoe Falls or
Canadian Falls. There were 15 attempts to go over the falls between 1901 and
1995.
How could the speed at the base of the falls be determined using the
conservation of energy theorem (AKE = APE)? (Assume an initial speed of
zero)
Ov=√2mgh
O v = (2mgh)²
Ov = (2gh)²
Ov=√2gh
Transcribed Image Text:The largest falls stemming from the Niagara River is the Horseshoe Falls or Canadian Falls. There were 15 attempts to go over the falls between 1901 and 1995. How could the speed at the base of the falls be determined using the conservation of energy theorem (AKE = APE)? (Assume an initial speed of zero) Ov=√2mgh O v = (2mgh)² Ov = (2gh)² Ov=√2gh
What types of energy are being converted in the picture below? Drag the type of energy to the correct box.
Inside a Hydropower Plant
WHERE
+=+
---
:: Electrical Energy :: Kinetic Energy
©2001 HowStuffWorks
Gravitational Potential Energy
Transcribed Image Text:What types of energy are being converted in the picture below? Drag the type of energy to the correct box. Inside a Hydropower Plant WHERE +=+ --- :: Electrical Energy :: Kinetic Energy ©2001 HowStuffWorks Gravitational Potential Energy
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