diff --git a/crypto3/libs/algebra/docs/implementation.md b/crypto3/libs/algebra/docs/implementation.md
index b40b2feb76..685c09814f 100644
--- a/crypto3/libs/algebra/docs/implementation.md
+++ b/crypto3/libs/algebra/docs/implementation.md
@@ -162,7 +162,7 @@ It also contains `pairing_policy` type, needed for comfortable usage of curve pa
 
 ### Curve Element Algorithms ### {#curve_element_algorithms}
 
-Curve element corresponds an point of the curve and has all the needed methods and overloaded arithmetic operators. The corresponding algorithms 
+Curve element corresponds a point of the curve and has all the needed methods and overloaded arithmetic operators. The corresponding algorithms 
 are based on the underlying field algorithms are also defined here.
 
 ### Basic Curve Policies ### {#basic_curve_policies}
diff --git a/evm-assigner/docs/efficient_gas_calculation_algorithm.md b/evm-assigner/docs/efficient_gas_calculation_algorithm.md
index 359a89b812..f7d148aa16 100644
--- a/evm-assigner/docs/efficient_gas_calculation_algorithm.md
+++ b/evm-assigner/docs/efficient_gas_calculation_algorithm.md
@@ -59,7 +59,7 @@ In EVM there are simple rules to identify basic instruction block boundaries:
    - `REVERT`,
    - `SELFDESTRUCT`.
 
-A basic instruction block is a shortest sequence of instructions such that 
+A basic instruction block is the shortest sequence of instructions such that 
 a basic block starts before the first instruction and ends after the last.
 
 In some cases multiple of the above rules can apply to single basic instruction