Answer:
The air fraction to be removed is 0.11
Given:
Initial temperature, T = 
= 283 K
Pressure, P = 250 kPa
Finally its temperature increases, T' = 
= 318 K
Solution:
Using the ideal gas equation:
PV = mRT
where
P = Pressure
V = Volume
m = no. of moles of gas
R = Rydberg's Constant
T = Temperature
Now,
Considering the eqn at constant volume and pressure, we get:
mT = m'T'
Thus
(1)
Now, the fraction of the air to be removed for the maintenance of pressure at 250 kPa:
From eqn (1):
All of the nonmetal elements (17 total) are located along the upper right side of the periodic table. I hope this helps! Can I have Brainliest?
A )voltage
(i.e differance in electricity field)
Answer: (Next time put the Image but I know what u talkin bout)
wave changes its path from its initial direction so this phenomenon is known as Refraction of wave
Explanation:
When wave travels from one medium to other medium the due to change in the speed of the wave propagation it deviates from its initial path.
The deviation of the wave from its initial path is known as refraction of wave
Here we can see that wave incident on medium 1 with some angle with the boundary
Then it enters into other medium and then travels in other direction
So here wave changes its path from its initial direction so this phenomenon is known as Refraction of wave
Answer:
For vegetarians beans
Explanation:
Because it's plant protein and very proteinious
