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The range of a projectile on level ground, when air resistance is ignored, is

d = v2*sin(2x)/g where

v is the intial velocity of the projectile,

x is the angle above the horizontal at which the projectile is launched

and

g is the acceleration due to the earth's gravity.

This function is a maximum when x = 45 degrees and so d is smaller for other values of x.

The range of a projectile on level ground, when air resistance is ignored, is

d = v2*sin(2x)/g where

v is the intial velocity of the projectile,

x is the angle above the horizontal at which the projectile is launched

and

g is the acceleration due to the earth's gravity.

This function is a maximum when x = 45 degrees and so d is smaller for other values of x.

The range of a projectile on level ground, when air resistance is ignored, is

d = v2*sin(2x)/g where

v is the intial velocity of the projectile,

x is the angle above the horizontal at which the projectile is launched

and

g is the acceleration due to the earth's gravity.

This function is a maximum when x = 45 degrees and so d is smaller for other values of x.

The range of a projectile on level ground, when air resistance is ignored, is

d = v2*sin(2x)/g where

v is the intial velocity of the projectile,

x is the angle above the horizontal at which the projectile is launched

and

g is the acceleration due to the earth's gravity.

This function is a maximum when x = 45 degrees and so d is smaller for other values of x.

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Wiki User

11y ago

The range of a projectile on level ground, when air resistance is ignored, is

d = v2*sin(2x)/g where

v is the intial velocity of the projectile,

x is the angle above the horizontal at which the projectile is launched

and

g is the acceleration due to the earth's gravity.

This function is a maximum when x = 45 degrees and so d is smaller for other values of x.

This answer is:
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