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Make this 3-4 sentences I think the dagger will fly the farthest and the arrowhead will fly for the longest time

In terms of distance, I believe the dagger would fly the farthest due to its streamlined shape and weight distribution. The dagger's design allows it to cut through the air more efficiently, maximizing its projectile range. On the other hand, for the longest duration of flight, the arrowhead might fare better. Its aerodynamic shape and attachment to the arrow shaft provide stability, allowing it to glide through the air with less resistance and maintain its course for an extended period.

My Hypothesis was incorrect. The dart ended up being not as good as I thought it would be and was pretty average. But the Arrowhead was by far the best. It beat the F-15 and the dart by double the distance. The F-15 was just bad it looked cool flying but the distance was terrible

Make the text better in one paragraph

Despite my initial hypothesis, the dart proved to be fairly average in terms of flight performance, falling short of my expectations. However, in a surprising turn of events, the arrowhead exceeded all expectations and emerged as the clear winner. It soared twice as far as both the dart and even the renowned F-15 aircraft. While the F-15 looked impressive in flight, its actual distance covered was disappointingly low. This unexpected outcome highlights the superior flight capabilities of the arrowhead and emphasizes the importance of thorough experimentation to challenge preconceived notions.

Some extra info is they are all types of paper planes

Despite my initial hypothesis, the dart-shaped paper plane proved to be fairly average in terms of flight performance, falling short of my expectations. However, in a surprising turn of events, the arrowhead-shaped paper plane exceeded all expectations and emerged as the clear winner. It soared twice as far as both the dart and even the paper plane inspired by the renowned F-15 aircraft. While the F-15 inspired paper plane looked impressive in flight, its actual distance covered was disappointingly low. This unexpected outcome highlights the superior flight capabilities of the arrowhead-shaped paper plane and emphasizes the importance of thorough experimentation to challenge preconceived notions in the realm of paper aerodynamics.

The dagger is likely to fly the farthest due to its weighted design and aerodynamics. Its pointed tip and streamlined shape allow it to travel long distances. On the other hand, the arrowhead might fly for the longest time as it is attached to an arrow shaft, which can be propelled with great force from a bow. The arrowhead's sharp point and feathered fletching also help it maintain stability and glide through the air for an extended period.

To determine which object will fly the farthest, we need to consider their shapes and the forces acting on them. The dagger, with its streamlined shape, will likely experience less air resistance compared to the arrowhead, potentially allowing it to travel a greater distance. On the other hand, the arrowhead, designed for long-distance flight, might stay airborne for a longer duration due to its aerodynamic properties and the force exerted when launched from a bow or crossbow. Conducting experiments or analyzing the objects' drag coefficients and velocity profiles could provide more accurate predictions.