The Parkland formula is
V = 4mA
where
V = volume of replacement fluid (mL) required within the first 24 hours after a burn injury,
m = body mass, kg
A = percent of body surface area covered with burns.
The first half of the fluid should be delivered in the first 8 hours.
Because we are concerned with fluid replacement within the first 8 hours, the Parkland formula is valid to be used.
Given:
m = 75 kg
A = 40%
Therefore
V = 4*75*40 = 12,000 mL = 12 L
This is the fluid replacement required in the first 24 hours.
Because half of this amount should be delivered in the first 8 hours, the amount of fluid replacement is
6,000 mL in 8 hours, or
6000/8 = 750 mL per hour.
Answer: 750 mL every hour
For this case what you should do is write the table in a software that allows you to graph each ordered pair.
You can use Excel, for example, to graph the ordered pairs in the table.
We observe that when graphing the behavior of the ordered pairs is linear.
The equation of the line is:
y = 2x + 1
Answer:
The rule for the table as an algebraic expression is:
y = 2x + 1
Answer:
ok me so basically
Step-by-step explanation:
the x axis is the one that goes left to right, so every number thats on the x side of the table, thats how far you go left or right. the y axis goes up and down so every number on the y side of the table is how much you go up and down. this problem is seeing if the graph corresponds with the table, it doesnt bc if it did, the part where it goes through the y axis would be right at 2 and up 0.
so basically with all that, no the table doesnt check out.
this was a very basic amateur explanation but if you have any questions i can answer them in the comments
Answer:
4
Step-by-step explanation:
When you convert 160 inches to meters you get 4 meters
