pun un 10 A 2,500-kilogram roller coaster car travels along the track from Point 1 to Point 6 as shown in the image, losing 44,000 joules of energy at a steady rate. The height of the car at Point 1 is 30.00 meters. If Point 3 is halfway between Points 1 and 6 in distance along the track, what is the sum of the car's potential and kinetic energies at Point 3? Select one: O O O O 691,000 J. 700,500 J. 775,500 J. 713,000 J. Image Source: WGBH Max: 2,300 kg Height 2130m Thermal megy less fr Son of EE and PE
pun un 10 A 2,500-kilogram roller coaster car travels along the track from Point 1 to Point 6 as shown in the image, losing 44,000 joules of energy at a steady rate. The height of the car at Point 1 is 30.00 meters. If Point 3 is halfway between Points 1 and 6 in distance along the track, what is the sum of the car's potential and kinetic energies at Point 3? Select one: O O O O 691,000 J. 700,500 J. 775,500 J. 713,000 J. Image Source: WGBH Max: 2,300 kg Height 2130m Thermal megy less fr Son of EE and PE
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Transcribed Image Text:un 10
A 2,500-kilogram
roller coaster car
travels along the track from Point 1 to
Point 6 as shown in the image, losing
44,000 joules of energy at a steady
rate. The height of the car at Point 1 is
30.00 meters. If Point 3 is halfway
between Points 1 and 6 in distance
along the track, what is the sum of the
car's potential and kinetic energies at
Point 3?
Select one:
691,000 J.
700,500 J.
775,500 J.
713,000 J.
Image Source: WGBH
Max: 2,300 g
High 200
0
O
Thermal megy
point to pin 44,000
Sum of EE and PE
O
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