Types of erosion (coast & river) - diagram and explanation

Detailed diagram and hand drawn explanation of the four main types of erosion. I explain:
1. Hydraulic action
2. Attrition
3. Corrasion or Abrasion
4. Corrosion or Solution

[cerysfryer]

Pov: you're in lockdown and this is your Geography work

[xylerpunk]

Quick, simple. Had my homework done in minutes👍 Thanks!

[YourNeighbourhoodRose]

Might have a geography test tomorrow and I DID NOT STUDY thus, watching this and taking notes

[echo]

This is actually understandable .-. thx

[hannah]

Have this topic on my geo final! This video helped so much tysm

[shadabatif]

your subscribers should be 1 million or more your videos are really helpful and understandable. They help us understand what we can't understand. I think I'll pass my test thanks to you.

[Kai]

who is here because of your geography teacher?

[williamrassat]

this was the only vid that was understandable. Thank you so much

[thinkcarss]

Thanks for this so much! This channel is very underrated you helped me with my homework!

[sophiadalton]

Pretty sure abrasion is when eroded particles in the water scrape against the rock, removing small pieces of the cliffs, a lot like a sand papering effect overall good video, will help me tomorrow

[kiranaazaya]

so helpful!! i missed online class too much .-.

[austinharding]

something i think worth noting, tho not relatable to the diagram however an even more important action performed via (a more important process then) that hydraulic action produces is thru something called "ice wedging" and this is where anywhere that experiences freezing weather and thawing in the summer. What happens is as it rains the water, due to its adhesional properties sticks to a cliffside or any steep rock face, will run down its face, and eventually reach either a joint (if you don't know think of a joint as a fault line's little nephew) or some other crack in the rock, the water will run into the crack and stay there till winter if it doesn't evaporate, when winter hits an the air freezes, the water will freeze and the process of freezing is so powerful that as it freezes & expands, this expansion will actually further split, or crack open the rock, any rock, be it even solid granite, this will make the joint or crack widen and deepen and the process starts over untill finally it breaks away from the cliffside and falls down as huge jagged rock, this is why you see primarily jagged giant boulders below a cliff face. This is by far thee most important erosional process of them all, because this is the very 1st one to take place. its what takes place in the highest mountain peaks and its how mountains get that jagged appearance because its the main force glaciers' use; ice wedging, without it, erosional process would only have solution to work with, and unless its a carbonitic rock or alike, the acidity of rain would do little and mountains would take many many millions of more years to erode, the only physical process would be land slides and the amount of particles that flow out of ranges would DRAMITICALLY reduced, thus the whole planets terrain would be a much rockier surface

[finze]

Can you make a vid about Wind or glacier erosion

[pizza_andstuff]

Pov:it’s 12am and you have homework due tomorrow

[stich..]

thank you so much! explained so simply in such a short amount of time.

[farukbello]

there is no pictures how can i really understand

[alexharrison]

Thanks helped me with my end of year exam

[mickiesaunders]

Thx this helped me with my science homework ☺

[mario]

i checked on bitesize and you mixed up abrasion with attrition

[polaw]

You mixed up the attrition and abrasion information