MATHEMATICS HIGH SCHOOL

What is the length of a room with a width of 10 feet

Answers

Answer 1

Answer: It can be anything greater than zero. The width doesn't tell you the length.

60 milligrams is the right dosage for the child.

Step-by-step explanation:

The given expression is

$C=(a)/((a+12)) * 180$

Where $a=6$ , because according to the problem, the child is 6 years old.

Replacing and solving, we have

$C=(6)/((6+12) )* 180=(6)/(18 )* 180=60mg$

Therefore, if the adult dosage is 180 milligrams, and the child is 6 years old, the right dosage is 60 milligrams.

c+ childs dosage in miligrams

What is the sum? 10/19+3/19

Answers

10/19=0.53
3/19=0.16
0.53+0.69=0.69

Identify the number of solutions or zeros

2x^2+5x-9=0

Answers

There are going to be two solutions because the "biggest" x is x^2 but you can factor to find what they actually are.

Final answer:

The quadratic equation 2x^2+5x-9 = 0 has two solutions or zeros, which may be real or complex. They can be found using the quadratic formula: x = [-5 + sqrt(97)]/4 and x = [-5 - sqrt(97)]/4.

Explanation:

The equation given is 2x^2+5x-9=0, which is a quadratic equation. The solutions or zeros of a quadratic equation can be found using the quadratic formula: x = [-b ± sqrt(b^2 - 4ac)]/2a. Here, a=2, b=5, and c=-9.

Let's substitute these values into the formula:

x = [-(5) ± sqrt((5)^2 - 4*2*(-9))]/2*2

x = [-5 ± sqrt(25 + 72)]/4

x = [-5 ± sqrt(97)]/4

Therefore, this equation has "two solutions" or zeros, which are x = [-5 + sqrt(97)]/4 and x = [-5 - sqrt(97)]/4.

Learn more about Quadratic Equations here:

brainly.com/question/30098550

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Ms. Sweet predicts 50 people will enter the maze next year. Based on your findings, give Ms. Sweet a recommendation for the number of pumpkins to place in the maze.

Answers

Are we supposed to write it as an equation/expression? Solve for n? I need more info on this question to answer it correctly.

The temperature dropped by −2.5 Celsius degrees for 5 consecutive days. What was the total decrease in temperature over the 5-day period, expressed as a signed number?

Answers

If the temperature dropped by -2.5 for 5 days, then multiply -2.5 and 5 to get the total decrease.
(-2.5)(5) = -12.5
Over the 5-day period, the temperature dropped by -12.5 degrees Celsius.
Hope that helps!!

-12.5

20 charrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrr

Diego says the constant of proportionality is 550 Andrew say is the constant of proportionality is 9 1/6 do you agree with either of them explain your reason

Answers

Answer:

The question is incomplete. The complete question is :

A plane traveling at a constant speed flew over Pittsburgh, Saint Louis, Albuquerque, and Phoenix on its way from New York to San Diego.

Complete the table as you answer the questions. Be prepared to explain your reasoning.

segment time distance speed

Pittsburgh to Saint Louis 1 hour 550 miles

Saint Louis to Albuquerque 1 hour 42 minutes

Albuquerque to Phoenix 330 miles

Step-by-step explanation:

We can complete the table as :

segment time distance speed

Pittsburgh to Saint Louis 1 hour 550 miles 550 miles/hour

Saint Louis to Albuquerque 1 hour 42 minutes 93.5 miles550 miles/hour

Albuquerque to Phoenix 3/5 hour 330 miles 550 miles/hour

Since it is given in the question that the plane is flying in a constant speed from one place top another place.

So, it is maintaining the same speed to cover different distances for different time.

Thus the constant of proportionality is 550.

Final answer:

The constant of proportionality depends on the specifics of the problem at hand. Without further details, it's impossible to definitively say if either Diego or Andrew is correct in their assertion.

Explanation:

Given the question, the constant of proportionality depends on the context and the given problem. We can't necessarily say that Diego or Andrew is correct without more information regarding the variables they are considering. In mathematics, a constant of proportionality is the constant value or ratio that relates two variables in a proportional relationship. To determine whether Diego's or Andrew's values are correct, we will need the specifics of the problem at hand.