How to calculate the pressure for the system

Assignment Help Chemistry

Reference no: EM13275165

The two flask are filled with nitrogen gas and when both are immersed in boiling water the gas pressure inside the system is .5 atm. one of the flask is then immersed in an ice water mixture, keeping the other in the boiling water. calculate the new pressure for the system.

Reference no: EM13275165

Questions Cloud

Design the corresponding descrambler and scrambler : a)Design the corresponding scrambler. b)Design the corresponding descrambler. c)Determine the output sequence T. d)Verify that if this T is applied to the input of the descrambler, the output is the sequence S.

What is the value of the growth option : If the company does not consider real options, what is Project X's NPV? Round your answer to two decimal places. If the answer is negative, use minus sign.

How many turns does the primary coil have : A small light has a 1.0 V, 4.8 W bulb that is powered by a transformer concocted to a 120 V dc power source. How many turns does the primary coil have

Calculate the correct amount in each situation : You will reach full retirement age in 20 years, and you can invest $5000 each year and can earn 7% annually during this period. How much money will you have as you enter the retirement phase of your life, from this investment?

How to calculate the pressure for the system : the two flask are filled with nitrogen gas and when both are immersed in boiling water the gas pressure inside the system is .5 atm. one of the flask is then immersed in an ice water mixture, keeping the other in the boiling water. calculate the n..

Obtain and simplify the flip-flop characteristic equations : The flip-flop input excitation equations are as follows: JA=XQ'B; KA=X'; JB=XQA; KB=X'Q'A The output equation: Z=XQAQB 1. Draw the circuit diagram 2. Obtain and simplify the flip-flop characteristic equations 3. Obtain the state table

Explain systematic errors and random errors : Explain Systematic Errors and Random Errors with suitable a case study for each error. Briefly comment on your answer based on your explanation.

What is the direction of the current induced in the loop : A conductive loop of radius r = 1.0 cm falls towards a stationary solenoid of 100 turns per cm carrying a current of I = 2.00 A. What is the direction of the current induced in the loop

Find transmitted bandwidth if fsk modulation to be charged : In the digital communication link the data rate is 500 kb/s. The modulator generates the binary FSK signal. a) Determine the transmitted bandwidth if the difference between two frequencies fc1 - fc0 = 300 kHz

User Account

All Pages