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Separate Components. Velocity, acceleration, and distance have both horizontal (x) component, and vertical (y) component. Horizontally Fired Objects. Horizontal velocity is constant:. There is no horizontal acceleration:. Horizontal distance (also known as the range) is found using this equation:.

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## Aim: How can we approach projectile problems

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**1. **Aim: How can we approach projectile problems?

**2. **Separate Components Velocity, acceleration, and distance have both horizontal (x) component, and vertical (y) component

**3. **Horizontally Fired Objects Horizontal velocity is constant:

**4. **Vertical Components For the vertical motion, the object is in free fall:

**5. **Projectiles Fired at an Angle Unlike horizontal projectiles, there are both vox and voy
Initial velocity can be resolved into x and y components

**6. **Now what? Since you can determine your vox and voy, the rest we can figure out!!!
Horizontal velocity is still constant
Horizontal acceleration is still zero
Vertical acceleration is -10 m/s2 (just like in vertically fired objects)
Vertical vf at max height is 0 m/s (just like in vertically fired objects)
Vertical displacement is 0 m (the object starts on the ground and ends on the ground)
Time to max height = ˝ total time

**7. **Time Vertical and Horizontal time are equal:

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