Answer: D) csc (2π/3)
<u>Step-by-step explanation:</u>
2π/3 is in Quadrant II
Quadrant II has a negative x-value and a positive y-value.
x-values are: cos & sec
y-values are: sin & csc
tan = y/x so will be negative in Quadrant II
A) sec = -
B) tan = -
C) cos = -
D) csc = + this works!
Answer:
Not a function
Since x= produces y- -1 and y=-4, the relation (3,-1),(2,5),(4,-6),(3,4),(5,-8) is not a function.
We are given that we have $25 to pay for 6 fishing lures.
We can make an equality for this as follows:
Suppose price of one fishing lure is x dollars.
So we will use unitary method to find price of 6 fishing lures.
Price of 6 fishing lures = 6 * ( price of one fishing lure) = 6* x = 6x
Now we only have 25 dollars with us, so the price of 6 fishing lures has to be less than or equal to 25 dollars.
So creating an inequality,
Now in order to find price for one fishing lure, we have to solve this for x.
Dividing both sides by 6 we have,
Converting to decimal,
Answer : The price of one fishing lure must be less than or equal to $4.167
3 is your greatest
3/3 = 1
18/3 = 6
hope this helps
Based on the information, it can be inferred that payment option A means a payment of $450, while option B means a payment of $300.
<h3>How much money does each payment option receive?</h3>
The payment options contemplated by the employer are distributed as follows:
Option A
- First week: $200
- Second week: $200 + $50 = $250
- Third week: $250 + $50 = $300
- Fourth week: $300 + $50 = $350
- Fifth week: $350 + $50 = $400
- Sixth week: $400 + $50 = $450
Option B
- First week: $200
- Second week: $220
- Third week: $240
- Fourth week: $260
- Fifth week: $280
- Sixth week: $300
Note: This question is incomplete because there is some information missing. Here is the missing information:
Complete the tables to show how much money would be received for both payment options, each week, for 6 weeks.
Learn more about payment options in: brainly.com/question/18524042
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