Side question 1: The stone blocks (real stone blocks tower) of the base: a- support the same weight on both sides b- left supports more weight c- right supports more weight Side question 2: The stone blocks of the base on the right, support more weight in the first case, or in the second? Side question 3: Assuming tower integrity (i.e. wooden block, not stone tower), in the first stable case, what type of lever would be the equivalent to? Why?
The base is just defined as the extent to which the object is in contact with the ground! So you would just measure from one side of the contact point to the other. Does that answer what you had in mind?
Learned something new today!
Side question 1:
The stone blocks (real stone blocks tower) of the base:
a- support the same weight on both sides
b- left supports more weight
c- right supports more weight
Side question 2:
The stone blocks of the base on the right, support more weight in the first case, or in the second?
Side question 3:
Assuming tower integrity (i.e. wooden block, not stone tower), in the first stable case, what type of lever would be the equivalent to? Why?
Great video.
Thank you for watching! We have lots of other videos like it on our channel, if you are interested.
to prove it just lean back on your chair🤣
how can you know where the base is for certain?
The base is just defined as the extent to which the object is in contact with the ground! So you would just measure from one side of the contact point to the other. Does that answer what you had in mind?
It is not leaning, it just has Peronis Disease.
How tall is this desk? Haha
Well over 6ft tall, I’m sure!