Given at 11 °C = 95 mL and at 21 <span>°C = 105 mL, then the rate of change of volume per degree rise in temperature is calculated as follows.
(V2 - V1)/(T2 - T1) = (105 mL - 95 mL) / (21</span>°C - 11°C) = 10 mL / 10<span>°C
= 1 mL / </span><span>°C
Therefore, the average rate of change of f(x) between x = 11 to x = 21 is 1 mL/</span><span>°C.</span>
X2 - 81
(x-9)(x-9)
Your basically taking it apart.
Answer:
The IV will run
Step-by-step explanation:
From the question we are told that
The mass of Magnesium sulfate is
The volume of the Magnesium sulfate
The rate at which the dose of the solution (Magnesium sulfate + Lactated Ringers. ) is infused is
The concentration of Magnesium sulfate in Lactated Ringers is mathematically evaluated as
substituting values
This implies that
0.06 g of Magnesium sulfate is in every 1 ml of Lactated Ringers
So 4 g of Magnesium sulfate is in x ml of Lactated Ringers
So
So the amount of the solution in ml that is been infused in 1 hour is
The probability is 5/343.
Given :8 floors and 4 passengers.
Passengers will be assumed to start on the first floor, where everyone goes up, and each passenger only gets off on the 2nd floor (no one gets off on the 1st floor!)
Now we need to find the number of all ordered lists of four numbers out of seven, eg 2<3<7<8, 3<6<7<8, 4<5<6o<8, etc.
This can be done in 7C4 ways.
The total numbers of ways 4 passengers can get off at 7 floors (starting at the 2nd!) is .
Therefore the probability is =
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9514 1404 393
Answer:
1 solution
Step-by-step explanation:
The coefficients of d are different on the two sides of the equation (3d vs 6d), so the equation has one solution.
__
Dividing by 3 gives ...
d +11 = 2(d +33)
d + 11 = 2d + 66
Adding -d-66 to both sides gives ...
-55 = d . . . . . . the one solution