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To simplify the expression (20p - 2p + 4p + 20p - 6p), combine like terms. This results in ( (20p + 20p - 2p + 4p - 6p) = (40p - 2p + 4p - 6p) = (40p - 8p) = 32p). Thus, the simplified expression is (32p).
The expression ( 4p - p - p - p - p - 2p ) simplifies by combining like terms. Starting with ( 4p ), subtracting five ( p ) terms (which is ( 5p )) gives ( 4p - 5p = -1p ). Therefore, the simplified expression is ( -p ).
The question contains an expression but no equation (or inequality). An expression cannot have an answer.
It is an expression that can be simplified to: 76p-5
5p x 2p = 10p, then 10p / 4p = 2 remainder 2
20p that is wrong because it is not an expression
To simplify the expression (20p - 2p + 4p + 20p - 6p), combine like terms. This results in ( (20p + 20p - 2p + 4p - 6p) = (40p - 2p + 4p - 6p) = (40p - 8p) = 32p). Thus, the simplified expression is (32p).
The expression ( 4p - p - p - p - p - 2p ) simplifies by combining like terms. Starting with ( 4p ), subtracting five ( p ) terms (which is ( 5p )) gives ( 4p - 5p = -1p ). Therefore, the simplified expression is ( -p ).
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The question contains an expression but no equation (or inequality). An expression cannot have an answer.
It is an expression that can be simplified to: 76p-5
5p x 2p = 10p, then 10p / 4p = 2 remainder 2
4p + 9 - 7p + 2 4p - 7p + 9 + 2 p(4 - 7) + 9 + 2 -3p + 11
11-3p
The expression (4p - 5t + 3) represents a linear combination of the variables (p) and (t). To evaluate it, you would need specific values for (p) and (t). Without those values, the expression remains in its algebraic form.
Collect like terms together: 4p + 9 + 7p + 2 = (4p + 7p) + (9 + 2) = (4 + 7)p + 11 = 11p + 11 = 11(p + 1)
The mathematical expression for the 2p radial wave function in quantum mechanics is given by R2p(r) (1/(326))(2r/3a0)e(-r/3a0), where a0 is the Bohr radius.