The time it takes to fall from a 100-foot cliff can be estimated using the physics of free fall. Ignoring air resistance, the time ( t ) can be calculated using the formula ( t = \sqrt{\frac{2h}{g}} ), where ( h ) is the height (100 feet) and ( g ) is the acceleration due to gravity (approximately 32.2 feet/second²). Plugging in the values, it takes roughly 2.5 seconds to fall 100 feet. However, this time may vary slightly in real-life scenarios due to air resistance.
as long as it takes until it hits the ground.
At one foot per second, it would take 15 seconds. The Earth's gravitational pull is 32.2 ft per second squared.
thousands of years
it can take from around 5 minutes to millions and millions of years
As long as your mom took to fall for me.
waterfalls mainly occor on cliff edges, a gorge has to be formed in the cliff before the waterfall can be former
Not too long.
As long as your journey from London to Newcastle on foot.
The angle of the cliff has been lowered.The foot of the cliff has been protected by sea defence.Drainage pipes have been laid in the cliff to take away surface water and prevent gullying.These are just strategies that have been done at Easington, not necessarily coastal defences
depends
it just won't take long
3 years by foot