Answer:
Graph A: two distinct roots. Graph B: one repeated real root. Graph C: two complex roots. Graph D: two distinct real roots.
Step-by-step explanation:
Explanation:
Each graph represents a quadratic function. So by the fundamental theorem of algebra, we know that each graph will have two roots.
Graph A crosses the x-axis twice. So, graph A has two distinct real roots.
Graph B touches the x-axis once. A quadratic cannot have one real root and one complex root. So it must have one repeated real root.
Graph C doesn’t cross the x-axis. This means it must have two complex roots.
Graph D crosses the x-axis twice. So, graph D has two distinct real roots.
Given:
Roses: 22
Daisies: 12
Carnation: 16
22 + 12 + 16 = 50 flowers in one bouquet
The ratio of the roses to the total number of flowers in the bouquet is 22/50 or simplified to 11/25
Ratio of daisies to carnations is 12:16 or 3:4.
Number of carnations to add to make the ratio into 1:3
12:x = 1:3
12*3 = x
36 = x
36 - 16 = 20 additional carnations.
There must be an additional 20 carnations to make the ratio of daisies to carnation 1:3.
12:36 = 1:3
Answer:
The answer would be B.
Step-by-step explanation:
Because both the triangles have different sides and they don't follow SAS or SSS criterion.
Hope it helped
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410, because any percentage of 100 is itself
