if you wrote the problem exactly the way it is asked, there are 10 dogs in the shelter. that's only an approximation...because you can't have half a dog
For this case we must solve the expression given for the variable "m":
We add 5 to both sides of the inequality:
Multiplying by 2 to both of the inequality:
So, finally we have:
The solution is given by all values of m less than 4.
Answer:
Answer: Distributive hope this helps.
Step-by-step explanation:
The solution for r in the given equation is r = √[(3x)/(pi h)(m)]
<h3>How to determine the solution of r in the equation?</h3>
The equation is given as:
m = (3x)/(pi r^(2)h)
Multiply both sides of the equation by (pi r^2h)
So, we have:
(pi r^(2)h) * m = (3x)/(pi r^(2)h) * (pi r^(2)h)
Evaluate the product in the above equation
So, we have:
(pi r^(2)h) * m = (3x)
Divide both sides of the equation by (pi h)(m)
So, we have:
(pi r^(2)h) * m/(pi h)(m) = (3x)/(pi h)(m)
Evaluate the quotient in the above equation
So, we have:
r^(2) = (3x)/(pi h)(m)
Take the square root of both sides in the above equation
So, we have:
√r^(2) = √[(3x)/(pi h)(m)]
Evaluate the square root of both sides in the above equation
So, we have:
r = √[(3x)/(pi h)(m)]
Hence, the solution for r in the given equation is r = √[(3x)/(pi h)(m)]
Read more about equations at
brainly.com/question/2972832
#SPJ1
Yes it is d now can you please follow me
