A.\(\left\{ \begin{array}{l}x =  - 2 + 3t\\y = 1\\z = 1 + 2t\end{array} \right.\)
B.\(\left\{ \begin{array}{l}x = 4 - 3t\\y = 2 + t\\z = 5 + 2t\end{array} \right.\)
C.\(\left\{ \begin{array}{l}x =  - 2 + 3t\\y = t\\z = 1 + 2t\end{array} \right.\)
D.\(\left\{ \begin{array}{l}x =  - 1 + 4t\\y = 2t\\z = 1 + 5t\end{array} \right.\)

A.\(10\)
B.\( - 3\)
C.\(13\)
D.\(3\)

A.\(4\)
B.\(6\)
C.\(3\)
D.\(5\)

A.\(\mathbb{R}\backslash \left\{ 3 \right\}\)
B.\(\left( {3; + \infty } \right)\)
C.\(\left[ {3; + \infty } \right)\)
D.\(\mathbb{R}\)

A.\(x =  - 1,\,\,y =  - 3\)
B.\(x = 1,\,\,y =  - 3\)
C.\(x =  - 1,\,\,y =  - 1\)
D.\(x = 1,\,\,y =  - 1\)

A.\(\dfrac{1}{{22}}\)
B.\(\dfrac{5}{{12}}\)
C.\(\dfrac{2}{7}\)
D.\(\dfrac{7}{{44}}\)

A.\({2^a}{.2^b} = {2^{ab}}\)
B.\({2^a}{.2^b} = {2^{a + b}}\)
C.\({2^a}{.2^b} = {2^{a - b}}\)
D.\({2^a}{.2^b} = {4^{ab}}\)

A.\(2\)
B.\( - 4\)
C.\(4\)
D.\(1\)

A.\(\left( {1;0; - 2} \right)\)
B.\(\left( { - 1;0; - 2} \right)\)
C.\(\left( { - 1;0;2} \right)\)
D.\(\left( {1;0;2} \right)\)

A.\(x = 2\)
B.\(x = 3\)
C.\(x = 4\)
D.\(x =  - 2\)