docs: fix spelling issues

documentation/src/crates/interpreter/memory.md

@@ -1,6 +1,6 @@
 # EVM Memory
 
-Is a memory localized to the current Interpreter context. Interpreter context is a call or create frame. It is used by opcodes to store or format data that are more then 32 bytes long, for example calls to format input, return output or for logs data. Revm has a shared memory between all the Interpreters but Interpreter loop only see the part it is allocated to it.
+Is a memory localized to the current Interpreter context. Interpreter context is a call or create frame. It is used by opcodes to store or format data that are more than 32 bytes long, for example calls to format input, return output or for logs data. Revm has a shared memory between all the Interpreters but Interpreter loop only see the part it is allocated to it.
 
 Extending memory is paid by the gas. It consumes 3 gas per word plus square of the number of words added divided by `512` (`3*N+ N^2/512`). There is no limit on the size of the memory, but it is limited by logarithmic growth of the gas cost. For 30M there is a calculated max memory of 32MB (Blog post by ramco: [Upper bound for transaction memory](https://xn--2-umb.com/22/eth-max-mem/)).
 
@@ -32,4 +32,4 @@ These opcodes change the memory:
 * CALL
 * CALLCODE
 * DELEGATECALL
-* STATICCALL
+* STATICCALL

documentation/src/crates/primitives/bits.md

@@ -8,7 +8,7 @@ The `AsRef` and `Deref` traits from `derive_more` crate are derived for both of
 
 The `Arbitrary` trait from the `arbitrary` crate and the `PropTestArbitrary` trait from `proptest_derive` crate are derived conditionally when either testing or the "arbitrary" feature is enabled. 
 
-The code also provides conversions between `B256`, `Address` and various other types such as `u64`, `primitive_types::H256`, `primitive_types::H160`, `primitive_types::U256`, and `ruint::aliases::U256`. The `impl` From blocks specify how to convert from one type to another.
+The code also provides conversions between `B256`, `Address` and various other types such as `u64`, `primitive_types::H256`, `primitive_types::H160`, `primitive_types::U256`, and `ruint::aliases::U256`. The `impl` From blocks specifies how to convert from one type to another.
 
 `impl_fixed_hash_conversions!` macro is used to define conversions between `B256` and `Address` types.
 

documentation/src/crates/primitives/kzg.md

@@ -6,7 +6,7 @@ This module houses;
 
 1. `KzgSettings`: Stores the setup and parameters needed for computing and verify KZG proofs.
 
-    The `KZG` premitive provides a default `KZGSettings` obtained from [this]( https://ceremony.ethereum.org/) trusted setup ceremony, a provision is also made for using a custom `KZGSettings` if need be, this is available in the `env.cfg`.
+    The `KZG` primitive provides a default `KZGSettings` obtained from [this]( https://ceremony.ethereum.org/) trusted setup ceremony, a provision is also made for using a custom `KZGSettings` if need be, this is available in the `env.cfg`.
 
 
-2. `trusted_setup_points`: This module contains functions and types used for parsing and utilizing the [Trusted Setup]( https://ceremony.ethereum.org/) for the `KzgSettings`.
+2. `trusted_setup_points`: This module contains functions and types used for parsing and utilizing the [Trusted Setup]( https://ceremony.ethereum.org/) for the `KzgSettings`.