0
What else can I help you with?
The rules of two-dimensional geometry can be applied to three-dimensional solids?
TRUE
Many rules concerning two-dimensional geometry have three-dimensional analogues.?
No
Many rules concerning two-dimensional geometry have three-dimensional analogues?
true-apex
In geometry you can use deductive rules?
In geometry, deductive rules can be used to prove conjectures.
What are the rules of geometry?
The first rule of geometry..... do not talk about geometry. The second rule of geometry..... DO NOT TALK ABOUT GEOMETRY hahah But seriously you'll have to be a bit more specific here cos there's too many geometric rules to list!
The rules of two-dimensional geometry can be applied to three-dimensional solids?
TRUE
The rules of two-dimensional geometry can never be applied to three-dimensional solids.?
false
The rules of two-dimensional geometry can never be applied to three-dimensional solids?
false!! (apex)
The rules for two-dimensional geometry can be applied for three-dimensional solids?
it's false on apex
The rules of two-dimensional geometry can be applied to three-dimensional solids.?
No they cannot. For example, in three dimensions, the angles of a triangle need not add to 180 degrees.
Many rules concerning two-dimensional geometry have three-dimensional analogues.?
No
Many rules concerning two-dimensional geometry have three-dimensional analogues?
true-apex
In geometry you can use deductive rules?
In geometry, deductive rules can be used to prove conjectures.
What are the rules of geometry?
The first rule of geometry..... do not talk about geometry. The second rule of geometry..... DO NOT TALK ABOUT GEOMETRY hahah But seriously you'll have to be a bit more specific here cos there's too many geometric rules to list!
Radius ratio rules for the structure of solids?
The radius ratio rule provides guidelines on the coordination numbers and structures of ionic solids based on the sizes of cations and anions. For example, in the case of octahedral coordination, a ratio of r+/r- between 0.414 and 0.732 signifies stable structures. These rules help predict the coordination geometry and packing arrangement of ions in ionic solids.
What are rules that can be proven in geometry?
Theorems
What are the geometry rules that can be proven?
Theorems.
