2 answers:
{{ NOTE: ^2 means squared }}
(3d + 3) (2d^2 + 5d - 2)
Separate the first bracket to multiply by the second:
3d (2d^2 + 5d - 2) + 3 (2d^2 + 5d - 2)
Multiply out the brackets:
6d^3 + 15d^2 - 6d + 6d^2 + 15d - 6
Tidy up:
6d^3 + 21d^2 + 9d - 6
Work inside the brackets first, and then you can multiply the two equations if they are able to be mutiplied...
You might be interested in
No because the amount of zeros at the end of both numbers is the amount of zeros that's going to be in the product
Isolate m by add n/3p to Q
m = Q + n/3p
uhm like, what did you see in the internet is the opposite in the reality
Answer:
$3!! hope this helps!!!
Answer: Deal one: y = 8.99x + 5 Deal two: y = 6
Step-by-step explanation: I'm not quite sure how you want the equation, but I hope this helps.
