The volume of the cylinder is V = πr<span>²h.
For a circumscribed cylinder, we know that in a circumscribed cylinder, the height of a cylinder is twice of its radius as shown in the figure. So,
V = </span>πr²(2r) = 2πr<span>³
</span>Finally,
1458π = 2πr³
r³ = 729
r = 9 cm
That is the answer. Hope this helps <span>✌️</span>☺️✌️
Answer:
The diagram is a khe.
The m/1 is twice m23.
The m/2 is 20 more than the m23.
Find m24.
The figure is not drawn to scale
m24 = 30
m24 = 60
m/4 = 50
m24 = 40
Step-by-step explanation: it would be m/4 =50
You divide everything by 2.
Your answer is
Y=1/2 + 3/2
Answer:
9
Step-by-step explanation:
Answer:
Step-by-step explanation:
a.
(1.36 L)/(10 hr) = (0.136 L)/(hr)
Flow rate = (0.136 L)/(hr) × (1000 mL)/L = (136 mL)/(hr)
136 mL × (27 mg)/(100 mL) = 36.72 mg
Delivery rate = (36.72 mg)/(hr)
b.
(136 mL)/(hr) × (13 gtt)/(mL) = (1868 gtt)/(hr)
c.
10 hr × (36.72 mg)/)hr) = 367.2 mg