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3 years ago

I need the ordered pairs for y-3x<10

Mathematics

1 answer:

adelina 88 [10]3 years ago

6 0

Answer:

(0, 5) and (5,0) are two possibilities.

Step-by-step explanation:

There is an infinite number of ordered pairs that satisfy your inequality.

To help you pick some ordered pairs, you could plot the inequality (see the graph below).

Any point within the shaded area is a solution.

Pick an ordered pair, insert it into the equation, and check if the inequality is true.

Here are two examples.

For (5, 0):

0 – 3×5 < 10

0 - 15 < 10

-15 < 10 True

For (0, 5):

5 – 3×0 < 10

5 – 0 < 10

5 < 10 True

The ordered pairs (0, 5) and (5,0) are part of the solution set of the equation y – 3x < 10.

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Answer:

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P (0,5)

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wlad13 [49]

A) Tonya bought 3 games at X price, so 3X would be total amount.

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ratelena [41]

Answer:

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A patient is ordered 60 mg/kg/day of an antibiotic to be divided in 3 doses per day. The patient weighs 60 kg. How many mg of dr

Fudgin [204]

Answer:

3600 mg of drug per day.

$\text{The amount of drug per dosage}=\text{1200 mg}$

Step-by-step explanation:

We have been given that a patient is ordered 60 mg/kg/day of an antibiotic.

Since the weight of the patient is 60 kg, so the dosage of drug per day would be 60 mg times 60.

$\text{The dosage of drug per day}=\frac{\text{60 mg}}{\text{ kg}}\times 60\text{ kg}$

$\text{The dosage of drug per day}=\text{60 mg}\times 60$

$\text{The dosage of drug per day}=\text{3600 mg}$

Therefore, the patient should receive 3600 mg of drug per day.

Since the patient gets 3 doses per day, so dosage of drug per dosage would be amount of drug per day divided by 3.

$\text{The amount of drug per dosage}=\frac{\text{3600 mg}}{3}$

$\text{The amount of drug per dosage}=\text{1200 mg}$

Therefore, the amount of drug per dosage would be 1200 mg.

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