Cut the figure into 2 pieces: the big rectangle at the top and the narrow rectangle at the bottom.
Area is length x width.
Start with the big rectangle. Take 8cm (your length) and multiply it by 6cm (your width). You get 48 cm.
Now for the narrow rectangle. Take 12 cm (your length) and multiply it by 2cm (width) to get 24 cm.
Add the two measurements up, 48cm + 24 cm and your answer is 72 cm.
Answer:
Yes the ordered dose of 200 mg/d lies within the recommended range of 75 mg/d to 375 mg/d
Step-by-step explanation:
Given:
Ordered dose of Anadrol-50 (oxymetholone) = 200 mg per day
Recommended range = 1-5 mg/kg/d
Weight of the patient = 75 kg
Now,
For the patient weighing 75 kg, the recommended dose will be
Minimum dose will be
= Minimum value of Recommended range × Weight of the patient
= 1 mg/kg/d × 75 kg
= 75 mg/d
and,
the Maximum dose will be
= Maximum value of Recommended range × Weight of the patient
= 5 mg/kg/d × 75 kg
= 375 mg/d
Yes the ordered dose of 200 mg/d lies within the recommended range of 75 mg/d to 375 mg/d
Answer:
The answer to your question is 8.5 m
Step-by-step explanation:
Data
angle = Ф = 12°
dept = 40 m
distance from the ship to the treasure = ?
Process
To solve this problem use trigonometric functions. The trigonometric function that relates the Opposite side and the adjacent side is tangent.
tan Ф = Opposite side / Adjacent side
-Solve for Opposite side
Opposite side = Adjacent side x tanФ
-Substitution
Opposite side = 40 x tan 12
-Simplification
Opposite side = 8.5 m
Answer: The highest labor cost per hour that he can afford is $34
Step-by-step explanation:
Hi, to answer this question we simply have to solve the inequality:
4x + 260 < 400
4x < 400-260
4x < 140
x < 140/4
x < 35
Since x represents the labor cost per hour , The highest labor cost per hour that he can afford is $34 (using whole numbers, because x must be less than 35, not less or equal)
Feel free to ask for more if needed or if you did not understand something.