Complete Question
The complete question is shown on the first uploaded image
Answer:
Explanation:
From the question we are told that
The initial pressure of the gas is
The volume of the second bulb is
The final pressure of the gas is
Let the unknown volume be represented as
Generally from Boyle's law we have that
=>
=>
A clinician actually apply epithelial absorption techniques through the following below:
- Oral meds.
- Inhalation
- Injections
<h3>What is E
pithelial absorption?</h3>
This is referred to as the process which is responsible for the absorption of various types of nutrients from the intestinal lumen and transporting them across the epithelium by various organs in the body such as the kidney etc to the blood vessels such as capillaries.
The various ways in which a a clinician would actually apply the epithelial absorption techniques is through oral meds like in the case of water and electrolytes and also in the case injections via insulin shots etc.
Read more about Epithelium here brainly.com/question/27960196
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Answer:
Explanation:
Average velocity is found in the total displacement experienced in the trip divided by the total time it took to make this trip. If, for the first 2.0 hours, the car travels at 60 km/hr, then in 2.0 hours the car can travel 120 km; if it then travels for 3.0 at 85 km/hr, it can travel 255 km in the same direction. The total time this took was 5.0 hours. So doing the math and rounding correctly by following the rules for the adding and subtracting of sig fig's:
If you do not round when you add, the average velocity is 75 km/hr
Answer:
Electric dipole
Explanation:
the dipole axis makes an angle with the electric field. depending on direction (clockwise/aniclockwise) you get the torque
Hope this helps
Given :
Height from which ball is dropped , h = 40 m .
Acceleration due to gravity , g= 10 m/s² .
Initial velocity , u = 0 m/s .
To Find :
Velocity when ball covered 20 m and velocity when it hit the ground .
Solution :
Now , height when ball covered 20 m distance is , 40 - 20 = 20 m .
By equation of motion :
Now , distance covered when body reaches ground is , 40 m .
Putting value h = 40 m in above equation , we get :
Hence , this is the required solution .