I don't even know sorry I'm Trina do my own work
Answer: A lot has changed, mostly due to the industrial revolution coupled with the feminist movement. Up until about 50 years ago, many households would sew considerably more than we see sewing at home today. In today’s free market, fashionable entrepreneurs take on the industry with cutting edge fashion designs.
Answer: To help patients to get medication in them faster, or to rehydrate them faster if they are really sick, or dehydrated.
Explanation:
Answer: Hello there!
We knot that the model is of the form A(t) = A*e^(kt)
We also know that in 2004 the population was 6.3 billion and that in the next 100 years the population needs to be less than 25 billion. We want to find the maximum acceptable annual rate of growth.
Let's define t = 0 at 2004, this means that
A(0) = 6.3 billions = A*e^(k*0) = A
then A = 6.3 billions
and for finding the maximum k, we need to do the next step:
A(100) = 25 billion = (6.3 billion)*e^(k*100)
now we need to solve it for k:
25 billion = (6.3 billion)*e^(k*100)
25 = 6.3*e^(k*100)
e^(k*100) = 25/6.3
now we can aply the natural logaritm in both sides:
k*100 = ln(25/6.3)
k = ln(25/6.3)/100 = 0.014
So we know that if he population must stay below 25 billion during the next 100 years, then we need to use k < 0.014
I can barely even see pls sent me the picture so I can try my best to help you.