It is an algebraic expression that can be simplified to: 27ce
3c^(2) -17c - 6 Factors to ( 3c + 1)(c - 6 ) NB When you apply FOIL to the bracketed terms. F ; 3c X c = 3c^(2) O ; 3c X -6 = -18c I ; 1 X c = c L ; 1 x -6 = -6 Collecting 'like' terms 3c^(2) - 18c + c - 6 3c^(2) - 17c - 6 ( As before).
90 = 9e+1
A collection of algebraic terms
It is the same as: 21ce as an algebraic expression
2c-10
3c x 8e = 24
220.180
9E-05x
3c^(2) -17c - 6 Factors to ( 3c + 1)(c - 6 ) NB When you apply FOIL to the bracketed terms. F ; 3c X c = 3c^(2) O ; 3c X -6 = -18c I ; 1 X c = c L ; 1 x -6 = -6 Collecting 'like' terms 3c^(2) - 18c + c - 6 3c^(2) - 17c - 6 ( As before).
To multiply 9c by 9e, you multiply the coefficients (9 and 9) and then multiply the variables (c and e). This results in ( 81 ) for the coefficients and ( ce ) for the variables. Therefore, ( 9c \times 9e = 81ce ).
To multiply the terms (4c) and (9e), simply multiply the coefficients (4 and 9) and then multiply the variables. This results in (4 \times 9 = 36), so the expression becomes (36ce). Thus, (4c \times 9e = 36ce).
It is an algebraic expression that can be simplified to: 27ce
90 = 9e+1
A collection of algebraic terms
d=3c
It is the same as: 21ce as an algebraic expression
To simplify the expression ( 7c \times 9e ), you multiply the coefficients (7 and 9) and then combine the variables. The multiplication gives you ( 63 ), and when combining the variables ( c ) and ( e ), you get ( ce ). Thus, the simplified expression is ( 63ce ).