Solving Mouse Dropped by Owl - 6.3m Altitude

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In summary, the conversation discusses a problem involving an owl capturing a mouse and flying towards its barn. The mouse escapes while at a certain altitude, and the question is how much time passes before it hits the ground. The solution involves using the initial velocity and vertical component to find the time.
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Homework Statement

Having captured a mouse, an owl is flying towards the barn where it lives to enjoy dinner. While approaching the barn at a speed of 6.5 m/s at an upwards angle of 11o above the horizontal, the struggling mouse escapes from the talons of the owl while at an altitude of 6.3 m. How much times passes before the mouse hits the ground?

Homework Equations

y=ynot+ vnot Δt +1/2aΔt



The Attempt at a Solution

i used my vnot 6.5m/s and v 6.5sin11. then did the quadratic equation to find Δt but i keep getting the wrong answer.
 
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  • #2
The velocity is at an angle. The time to the ground depends on its vertical component, not its entire magnitude.
 
  • #3
oh ok got it now thanks!
 

Related to Solving Mouse Dropped by Owl - 6.3m Altitude

1. How did the mouse survive the drop from such a high altitude?

The mouse most likely survived the drop due to its small size and light weight, allowing it to experience less impact force upon landing. Additionally, mice have evolved to have flexible bodies and strong hind legs, which may have helped absorb the impact of the fall.

2. What is the likelihood of a mouse surviving a drop from 6.3m?

The likelihood of a mouse surviving a drop from 6.3m depends on several factors such as the surface it lands on, the angle of the drop, and its physical condition. However, given their small size and agility, mice have a higher chance of surviving falls from relatively high altitudes compared to larger animals.

3. Are there any scientific studies on the impact of falls on mice?

Yes, there have been several studies that have looked at the effects of falls on mice. These studies have found that mice have a remarkable ability to survive falls from varying heights, with some even surviving drops from over 20m. However, the likelihood of survival decreases with increasing height.

4. How do scientists study the effects of falls on mice?

Scientists use different methods to study the effects of falls on mice, including controlled experiments where mice are dropped from specific heights onto different surfaces. They also use computer simulations and mathematical models to understand the physics behind the impact of falls on mice.

5. Can the results of these studies be applied to humans?

While some of the principles and factors involved in the survival of falls may be similar between mice and humans, it is not safe to directly apply the results of these studies to humans. Humans have different body structures and sizes, and factors such as clothing and other external objects can greatly affect the outcome of a fall. It is important to conduct separate studies and take appropriate safety precautions when considering the effects of falls on humans.

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