**Angry Birds Projectile Motion**

Work through Angry Birds projectile motion questions using our screen measurements. Then have a little fun observing angular projectile motion **playing the game found at the bottom of this page**. We'll be mathematically confronting this in our next section.

Angry Birds is a popular projectile motion based franchise produced by the Finnish company Rovio Entertainment. In 2016 they made their way into their first movie and in 2020 into this physics lesson.

**Angry Bird Measurements**

I measured out a few things using the game so we can solve problems related to projectile motion.

**Time (t) the Bird Takes to Fall**

I first shot a bird horizontally and timed how long it took to hit the ground. Since the Y-Axis component of velocity is independent of the X-Axis velocity component. It did not matter how fast forward the ball was launched, only that it was shot horizontal. It took **1.2 seconds** to hit the ground and fall the height I measured next.

**As long as the angry bird is shot horizontally**, shooting it faster, slower horizontally, or even dropping it dropping it will not affect the time to fall.

- If you shot the bird upwards flight would last longer
- If you shot the bird downwards flight would last shorter

**Q1: How high from the ground is Red if it takes 1.2 seconds to hit the ground when horizontally launched on Earth?**

**Height (Y) the Bird is Launched From**

Note: Most web pages are adapted to the device and screen size changed from one device to another. Either use all your measurements or all mine in any calculations.

I measured my screen and found that the height (Y) of the drop on my screen was 1.45 cm.

**Q2: Red falls 1.45 centimeters on my screen and 7.2 meters on earth. What is 1 centimeter on my screen equal to on Earth? **

**Ratio = (actual value)/(measured value)**

**How Far Downrange (X) the Bird Lands**

I measured the distance downrange (X) and found that to be 14.2 cm.

**Q3: How far does Red actually land downrange when he lands 14.2 centimeters away on my screen? (use the earlier conversion from Q2****)**

**Q4: What actual velocity is Red flung horizontally if he landed 70.5 meters from the base of the slingshot while falling 7.2 meters on Earth? (Solve this from scratch not using the previous given for time)**

**Q5: How long would Red take to hit the ground 7.2 meters away if flung at 100 meters per second horizontally on Earth?**

**Q6: How long would Red take to hit the ground 7.2 meters away if on the Moon where gravity is 1.62 meters per second squared (g = 1.62 m/s²)?**

**Q7: How far from the base of the slingshot would Red land when flung horizontally at 52 meters per second from a height of 7.2 meters away if on the Moon where gravity is 1.62 meters per second squared (g = 1.62 m/s²)?**

**Angry Birds Game**

Now that you have studied the projectile motion, see if you have mad angry bird skills! Try the game out below.

**Links**

- On to the
**Projectile Motion Learning Check** - Back to
**Horizontal Projectile Motion Math** - Back to the
**Main 2D Motion Page** - Back to the
**Stickman Physics Home Page** **Equation Sheet**