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The Initial Position and Velocity of a Projectile Are Given

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The initial position and velocity of a projectile are given by The initial position and velocity of a projectile are given by   and   respectively, and where r is in m and v in m/s. Ignore air resistance. The position in the horizontal direction in m)  as a function of time is A)  xt)  = 6t. B)  xt)  = 3 + 6t. C)  xt)  = 3 + 6t +   gt<sup>2</sup>. D)  xt)  = 4 + 8t. E)  xt)  = 4 + 8t +   gt<sup>2</sup>. and The initial position and velocity of a projectile are given by   and   respectively, and where r is in m and v in m/s. Ignore air resistance. The position in the horizontal direction in m)  as a function of time is A)  xt)  = 6t. B)  xt)  = 3 + 6t. C)  xt)  = 3 + 6t +   gt<sup>2</sup>. D)  xt)  = 4 + 8t. E)  xt)  = 4 + 8t +   gt<sup>2</sup>. respectively, and where r is in m and v in m/s. Ignore air resistance. The position in the horizontal direction in m) as a function of time is


Definitions:

Exponential

The rate at which current rises and falls in inductor or the rate at which capacitors charge and discharge.

Dielectric Stress

The electric stress or field strength within an insulating material, which can lead to breakdown if it exceeds the material's dielectric strength.

Voltage Difference

The difference in electric potential between two points in an electric circuit, driving the flow of current.

Farad

The SI unit of capacitance, describing a capacitor's ability to store charge per unit of electric potential difference, named after Michael Faraday.

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