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
To find the product of 9c and 9e, you multiply the coefficients and the variables separately. The coefficients (9 and 9) multiply to give 81, and the variables (c and e) combine to give ce. Therefore, 9c x 9e equals 81ce.
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