Answer:
(7/3, 5/2) one answer
Step-by-step explanation:
A parabola, a graph of a quadratic function, cannot have a maximum vertex and a minimum vertex at the same time because of the shape of the graph. A parabola is a u-shaped graph. The vertex of the parabola is the point where the u changes direction; if it was increasing, it starts to decrease, and if it was decreasing, it starts to increase. Since a parabola only changes direction once, there will either be a minimum or a maximum, not both.
Good morning ☕️
Answer:

Step-by-step explanation:
4(a+b) - 6(a+b)²
here we need to find the common factor between 4(a+b) and 6(a+b)²
4(a+b) = 2×[2(a+b)]
6(a+b)² = 2×3×(a+b)×(a+b) = 3(a+b)×[2(a+b)]
then
4(a+b) - 6(a+b)² = 2×[2(a+b)] − 3(a+b)×[2(a+b)]
= [2(a+b)]×[2 - 3(a+b)]
= 2(a+b)×(2 − 3a − 3b)
___________________________________
:)
Answer:

Step-by-step explanation:
Using the rule of exponents
×
⇔
, then
u³ × u³ =
= 
Find the volume of the pyramid + the volume of the cube = your answer