1. M power of a × n power of a (m, N, I am a positive integer) two Please fill in ">" < "or" = "on the line (1) The second power of 4 + the second power of 3______ 2x4x3 (2) The second power of (- 3) + the second power of 1_____ 2x(-3)x1 (3) The second power of (- 2) + the second power of (- 2)______ 2x(-2)x(-2) == and then mainly the following questions Through observation and induction, write a general conclusion that can reflect this law =The first problem is wrong, m, n is a positive integer And pay attention to the second question. Through observation and induction, we can draw a general conclusion that can reflect this law.

1. M power of a × n power of a (m, N, I am a positive integer) two Please fill in ">" < "or" = "on the line (1) The second power of 4 + the second power of 3______ 2x4x3 (2) The second power of (- 3) + the second power of 1_____ 2x(-3)x1 (3) The second power of (- 2) + the second power of (- 2)______ 2x(-2)x(-2) == and then mainly the following questions Through observation and induction, write a general conclusion that can reflect this law =The first problem is wrong, m, n is a positive integer And pay attention to the second question. Through observation and induction, we can draw a general conclusion that can reflect this law.

M power of a × n power of a
=The (M + n) power of a
two
Please fill in ">" < "or" = "on the line
(1) The second power of 4 + the second power of 3__ >____ 2x4x3
(2) The second power of (- 3) + the second power of 1__ >__ 2x(-3)x1
(3) The second power of (- 2) + the second power of (- 2)__ =____ 2x(-2)x(-2)
The second power of a + the second power of b > = 2Ab
When a = B, the equation holds