Ruby has a basket of roses, lilies, orchids, and sunflowers. she picks a flower by chance and replaces it. she repeats this experiment 80 times and gets the results shown in the table. flower times picked rose 16 lily 24 orchid 32 sunflower 8 which flower is there likely to be the fewest of in ruby's basket? a. rose b. lily c. orchid d. sunflower

Sunflower is likely to be the fewest in Ruby's basket

Choice D

Step-by-step explanation:

We are informed that Ruby picks a flower at random and replaces it. She then repeats the experiment 80 times and gets the following results;

rose 16  

lily 24  

orchid 32  

sunflower 8

Out of 80 trials, the sunflower was only picked 8 times. This implies that the chances of Ruby picking a sunflower is;

(8/80)*100 = 10%

This is the least probability compared to the rest. Therefore, we can conclude that Sunflower is likely to be the fewest in Ruby's basket

option d; sunflower

Step-by-step explanation:

sec ф = 5/3 (quadrant 4)

let x = base

y = perp

z = hypotenuse

sec ф = hypotenuse/base = 5/3

⇒ z = 5 and x = 3

finding y:

z² = x² + y²

5² = 3² + y²

y² = 25-9

y² = 16

y = 4

now finding all other geometric functions of theta:

sin ф = y/z = 4/5

sin ф = -4/5 (sin is negative in the 4th quadrant)

cos ф = x/z = 3/5

cos ф = 3/5 (cos is positive in 4th quadrant)

tan ф = y/x = 4/3

tan ф = -4/3 (tan is negative in 4th quadrant)

cosec ф = z/y = 5/4

cosec ф = -5/4 (cosec is negative in the 4th quadrant)

cot ф = x/y = 3/4

tan ф = -3/4 (tan is negative in 4th quadrant)

how am i supposed to answer

step-by-step explanation: