To multiply the two expressions, you can multiply the coefficients and the variables separately. Thus, ( 4c \times 7e = (4 \times 7)(c \times e) = 28ce ). The result is ( 28ce ).
To find the product of 8c and 7e, you multiply the coefficients (8 and 7) and combine the variables (c and e). Thus, 8c x 7e equals 56ce.
7e-4 or 7 x 10^-4
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).
3e+7e = 10e
7 x 10^-18 or 7E-18
To find the product of 8c and 7e, you multiply the coefficients (8 and 7) and combine the variables (c and e). Thus, 8c x 7e equals 56ce.
It is 63ce.
It is the same as: 21ce as an algebraic expression
It is an expression that can be simplified to: 32ce
Additive factoring.7e + 7e2= 7e(1 + e)----------------------so,7e=====greatest common factor
The solution to this equation can not be determined
The given expression is the same as: 20ce
It is simply expessed as: 7p
7e-4 or 7 x 10^-4
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).
3e+7e = 10e
7 x 10^-18 or 7E-18