Answer
Find out the how much weight does she need to remove from her suitcase.
To prove
Let us assume that the weight Clara's need to remove from her suitcase be x.
As given
the airline's weight limit for suitcases is 50 pounds
Than the equation becomes
x = 8.25 pounds.
Therefore the weight Clara's need to remove from her suitcase be 8.25 pounds.
As 1 pounds = 16 ounces
Convert 8.25 pounds into ounces.
x = 8.25 × 16
x = 132 ounces
Therefore the weight Clara's need to remove from her suitcase be 132 ounces.
Step-by-step explanation: A term can be a number, a variable, or a number times one or more variables.
So in this expression, the terms are +2n, +5, -3p, and +4q.
This means that there are <u>4</u> terms.
Answer:
A. 57 mL/hr
Step-by-step explanation:
Mass of morphine sulfate = 125 mg
DW = 250 mL
Rate of infusion = 0.005 mg/kg/min
Converting to mg/kg/hour
0.005 mg/kg/min×60 = 0.3 mg/kg/hour
For the patient who weighs 95 kilograms
0.3 mg/kg/hour×95 = 28.5 mg/hour
For the mass of 125 mg of morphine sulfate
1 mg
250/150 = 2 ml/mg
Rate of infusion
28.5×2 = 57 mL/hr
∴ Rate of infusion is 57 mL/hr
The spinner is divided into 4 equal sections number 1 to 4.
So, for spinner, total sections = 4
Favorable sections = 2 (i.e sections with even numbers)
So, probability of getting even number on the spinner = 2/4 = 1/2
Total number of outcome when a dice is rolled = 6
Favorable outcomes= 3 (i.e outcomes with 2,4 and 6)
So, probability of getting an even number = 3/6 = 1/2
Since both events are independent, we can write:
The probability of getting an even number in both events = 1/2 x 1/2 = 1/4
We know that
[length of a circumference ]=2*pi*r
for r=3 ft
[length of a circumference ]=2*pi*3-----------> 18.84 ft
<span>The angular velocity of the particle is 18 radians per minute.
if 2pi radians (full circle)------------------> 18.84 ft
18 radians----------------------------------> X
X=18*18.84/(2*pi)---------> X=54 ft
so
</span>The linear velocity of the particle is 54 ft/minute
the answer is
54 ft/min
