(2p)2 = 4p2
10
Nitrogen has 2s^3 2p^3 valence electrons so the answer would be 3
The GCF is 2p.
2p+10 = 8p-14 2p-8p = -14-10 -6p = -24 p = 4
2p
no. you would solve and get -80=-2p or 80=2p. thus resulting in p=40
3p = 2p + 12 subtract 2p from both sides 3p - 2p = 2p - 2p + 12 1p = 12 p = 12 this is how you solve this problem.
20p, 2p, 2p, 2p, 1p.
2s and 2p 2p can be further divided into 2p(x), 2p(y), and 2p(z), depending on which axis you look at.
There are 31 ways:1p × 211p × 19 + 2p × 11p × 17 + 2p × 21p × 16 + 5p × 11p × 15 + 2p × 31p × 14 + 2p × 1 + 5p × 11p × 13 + 2p × 41p × 12 + 2p × 2 + 5p × 11p × 11 + 2p × 51p × 11 + 5p × 21p × 10 + 2p × 3 + 5p × 11p × 9 + 2p × 61p × 9 + 2p × 1 + 5p × 21p × 8 + 2p × 4 + 5p1p × 7 + 2p × 71p × 7 + 2p × 2 + 5p × 21p × 6 + 2p × 5 + 5p1p × 6 + 5p × 31p × 5 + 2p × 81p × 5 + 2p × 3 + 5p × 21p × 4 + 2p × 6 + 5p × 11p × 4 + 2p × 1 + 5p × 31p × 3 + 2p × 91p × 3 + 2p × 4 + 5p × 21p × 2 + 2p × 7 + 5p × 11p × 2 + 2p × 2 + 5p × 31p × 1 + 2p × 101p × 1 + 2p × 5 + 5p × 21p × 1 + 5p × 42p × 8 + 5p × 12p × 3 + 5p × 3
You would have 7p
To calculate -2p(-38), you first need to know the value of the variable ( p ). If ( p ) is a constant, simply multiply -2 by ( p ) and then by -38. For example, if ( p = 1 ), then -2p(-38) would equal 76. Without a specific value for ( p ), the expression remains as is: -2p(-38).