The volume of seeds in the package must be equal to the volume of the feeder in order to fill it completely. The volume of the conic feeder is given by:
V(f) = (πr²h)/3
And volume of the cylindrical package is given by:
V(p) = πr²h
Equating the two and substituting values:
(π x 3² x 24)/3 = π x 6² x h
h = 2 inches
45,000 would be her new salary.
25,000 × .8 = 20,000.
20,000 + 25,000 = $45,0000.
Answer:
9
Step-by-step explanation:
- 36 = 5x
- 36 = 5x
-5x = 36
- 45 = 36
+ 45 + 45
-----------------------
81 = 81 ✅
- 36 = 5(9)
81 - 36 = 45 ✅
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
(5 + 2i)(1 + 3i)
5 * 1 = 5
5 * 3 = 15i
2i * 1 = 2i
2i * 3i = 6i^2
So we have...
5 + 15i + 2i + 6i^2
5 + 17i + 6i^2
In order....
6i^2 + 17i + 5
