Step-by-step explanation:
If x is the number of t-shirts, and y is the number of sweatshirts:
10x + 15y ≥ 500
x + y ≤ 50
y ≥ x/2
And since x and y can't be negative:
x ≥ 0
y ≥ 0
Graph:
desmos.com/calculator/mw6dsei6jm
The boundaries of the feasible region are:
(0, 50), (0, 33.3), (28.6, 14.3), and (33.3, 16.7)
Since x and y must be integers, any non-integer solutions are not viable.
The maximum profit will be when the most product is sold. Since sweatshirts are more profitable, we want to sell as much of that as we can.
So they should sell 0 t-shirts and 50 sweatshirts for a maximum profit of $750.
Answer:
The correct option is;
[B] ΔABF ≅ ΔEDF
Step-by-step explanation:
GIven that ∠FAE is congruent to ∠FEA
Therefore, triangle ΔFAE is an isosceles triangle (Definition of isosceles triangle)
Segment FA is equal to segment FE (Equal segments of isosceles triangle)
Angle ∠EFD is congruent to angle ∠AFB (Vertically opposite angles)
Therefore, triangle ΔABF is congruent to triangle ΔEDF (Angle Angle Side AAS rule of congruency)
The correct option is ΔABF ≅ ΔEDF.
Answer:
Starting from the left.
4 × 3
5 × 5
2 × 5
4 × 5
4 × 4
1.5 × 2
Step-by-step explanation:
Divide all dimensions by 8.
