Question: Nitric acid (density: 1,5 g/mL) can dissociate with temperature and pressure. It gets filled in in a pipe with 100 mL capacity and it gets

Nitric acid (density: 1,5 g/mL) can dissociate with temperature and pressure. It gets filled in in a pipe with 100 mL capacity and it gets heated up to 300C. It dissociates in H2O, NO and O2. The O2 has at 22C a pressure of 1 atm.

a) Build the reaction equation.

b) How many mL Nitric acid can be filled in to not reach over 50 atm?

c) Which heat quantity Q is needed to heat up the produced gases from 300C to 500C?

d) How much did the Enthalpy and the internal energy change here?

Pls with a bit of explanation. :)

Step by Step Solution

There are 3 Steps involved in it

1 Expert Approved Answer

Step: 1 Unlock blur-text-image

Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock

Step: 3 Unlock

Students Have Also Explored These Related Chemical Engineering Questions!

1 specific heat of a metal 2 enthalpy of neutralization of an acid-base reaction 3 enthalpy of a solution if a salt Lab Data Sheet Part A Specific Heat of a Metal Metal Unknown Number A Mass of metal...

the central science of chemistry The automobile fuel called E85E85 consists of 85%% ethanol and 15%% gasoline. E85 can be used in the so-called flex-fuel vehicles (FFVs), which can use gasoline,...

Theoretical Yield p - nitroacetanilide:Concentration of sulphuric acid used: 9 5 % sulphuric acid, density = 1 . 8 4 g / mLConcentration of nitric acid used: 7 0 % nitric acid, density = 1 . 4 1 3 g...

Use the tables below 4. Determine the change in internal energy of as follows: a. The system had 30 cal exothermic reaction and 0.5 cal compression. b. The system had 20 cal endothermic reaction and...

Use the table below for conversion of data 3. Determine the standard heat of below reactions at 25 deg C. Answers should be whole nos. (no decimal places). CaCO3) = CaOs) + CO2g) SO3) + H20(1) -...

Use the table below for conversion of data 2. An ideal gas initially at 285 Kand 13.8 atm changed pressure to 1.8 atm reversibly. Calculatea, W, AU and AH for the following cases. a. Monoatomic gas,...

Use the table below 2. An ideal gas initially at 285 Kand 13.8 atm changed pressure to 1.8 atm reversibly. Calculatea, W, AU and AH for the following cases. a. Monoatomic gas, isothermal expansion b....

Use the tables below when necessary 1. Cyclic Engines a. Two consecutive carnot engines were designed in such a way that the efficiency of the first is 1.25 more than the efficiency of the second....

Calculate volume of metal free nitric acid needed for preparation of 2 vol% nitric acid in step 1. Calculate concentration of calcium (ppm) in a solution prepared in step 2. Calculate concentration...

In Problem 5, assume a riskless rate of 10%. What is the optimal investment? In Problem 5 For the two securities shown, plot all combinations of the two securities in space. Assume p = 1, -1, 0. For...

A sack slides off the ramp, shown in Fig. 12-21, with a horizontal velocity of 12 m/s. If the height of the ramp is 6 m from the floor, determine the time needed for the sack to strike the floor and...

You are holding a bond with a coupon rate of 6 % and a yield to maturity of 7 . 3 % . The bond pays annual coupons and has a face value of $ 1 , 0 0 0 . The bond will mature five years from today....

What is the smallest addressable space in an ext file system ( from the perspective of the file system itself ) ? O Block Block group Extent Inode

LO40.3 Describe how differences between world prices and domestic prices prompt exports and imports.

7. Place MON, RET, or MAIN beside the statements that most closely reflect monetarist, rational expectations, or mainstream views, respectively: LO39.4 a. Anticipated changes in aggregate demand...

LO39.2 Discuss why new classical economists believe the economy will self-correct from aggregate demand and aggregate supply shocks.