Answer:
Increase to 18.5 m
Explanation:
For a projectile launched on flat ground:
d = v² sin(2θ) / g
where d is distance traveled,
v is initial velocity,
g is acceleration due to gravity,
and θ is the launch angle relative to the horizontal.
When θ = 25.0°:
15.1 m = (13.9 m/s)² sin(2×25.0°) / g
g = 9.80 m/s²
Using this value for g, we can find the distance when θ = 35.0°:
d = (13.9 m/s)² sin(2×35.0°) / (9.80 m/s²)
d = 18.5 m
The distance traveled would increase to 18.5 m.
