I hope this helps you
Volume of cone =1/3.pi.r^2.h
Volume of cone =1/3.3,14.60^2.150
Volume of cone =565.200
if 1,413cm^3 in one minute
565.200 cm^3 in ? minutes
?.1,413=565.200
?=400 minutes
1 hour =60 minutes
? hour =400 minutes
?=400/60
?=20/3 hour
There is infinitely many ratios which are equivalent to 5:9. As we know always we can write divide as fraction, so
. We can multiply nominator and denominator by the any number (but the same) and get another numbers but ratio will be the same, so equivalent.
For example
10:18,
15:27
Answer:
3 mg
Step-by-step explanation:
<h3>Step 2 of the attachment</h3>
<em>If the patient is less than 70 years old, the loading dose is 80 Howell Units
</em>
<em>per kilogram of DM. One Howell Unit is equivalent to 0.0020 mg of pure heparin. </em>
2. Calculate how many mg of pure heparin is in 80 Howell Units
- 80*0.0020 = 0.16 mg per kg of DM
<h3>Step 3</h3>
<u>Let's calculate Dosing mass first, as per given formula:</u>
As body fat is 10%,
- LBM = 90% of TBM = 0.9*TBM
<u>As TBM is given = 40 lbs</u>
- DM = 40 *0.9 + ( 40 - 40*0.9)/3 = 37.33 lbs
<u>Converting to kg</u>
- DM = 37.33 Lb /2.2 = 16.97 kg
<u>Since dosing mass and dosing rate known, we can calculate loading dose:</u>
- 16.97 kg *0.16 mg/kg = 2.7152 mg ≈ 3 mg as it is asking dose in mg
Answer:
well it's logical to assume for every 1 minute I run is x amount of a mile. so x will be be minutes and y is mile. because you don't say for every 1 mile I run is 10 minutes. it doesn't make sense that way.
Step-by-step explanation:
answer is b
