Find Work Done of both Heat engine, T2 and Q1 |Problem 5.2| Applied Thermodynamics by McConkey

Highest cycle efficiency possible for a heat engine|Problem 5.1| Applied Thermodynamics by McConkey

Find T1, change in H, P3, X3 |Problem3-68|ThermodynamicsAnEngineering Approachby CENGEL 5th Edition

Total volume, P2, T2 and U |Problem3-67|ThermodynamicsAnEngineering Approachby CENGEL 5th Edition

Initial pressure in the tank |Problem3-65|ThermodynamicsAnEngineering Approachby CENGEL 5th Edition

Mass, and volume of liquid = ?|Problem3-60|ThermodynamicsAnEngineering Approachby CENGEL 5th Edition

Find Mass flow rate in Turbine and Condenser, Heat Rate|Problem2.13|Power PlantTechnologyby EI-Wakil

Find Cycle Efficiency, Work Ratio and Mass flow rate |Problem 2.10|Power PlantTechnology by EI-Wakil

Find mass, Final Temperature. |Problem3-59|ThermodynamicsAnEngineering Approachby CENGEL 5th Edition

Find Pressure, quality..... |Problem3-57E |ThermodynamicsAnEngineering Approachby CENGEL 5th Edition

Find the Boiling Temperature |Problem3-50 |ThermodynamicsAnEngineering Approachby CENGEL 5th Edition

Rate of Heat Transfer.. |Problem3-45, 46 |ThermodynamicsAnEngineering Approach by CENGEL 5th Edition

Find Boiling Temperature |Problem3-47, 48 |ThermodynamicsAnEngineering Approachby CENGEL 5th Edition

Compare efficiency of Rankine and Carnot Cycle |Problem 2.8|Power Plant Technology by EI-Wakil

Rate of Heat Transfer ? |Problem3-43, 44 |ThermodynamicsAnEngineering Approach by CENGEL 5th Edition

Rate of Evaporation of Water |Problem3-42|ThermodynamicsAnEngineering Approach by CENGEL 5th Edition

Find net cycle power and the cycle efficiency.|Problem 2.2|Power Plant Technology by M.M. EI-Wakil

Rate of Evaporation of Water |Problem3-41|ThermodynamicsAnEngineering Approach by CENGEL 5th Edition

Pressure Difference ? |Problem3-39E|ThermodynamicsAnEngineering Approach by CENGEL 5th Edition

Find if the lid will open? |Problem3-40|ThermodynamicsAnEngineering Approach by CENGEL 5th Edition

Find pressure in psia & atm |Problem3-38E|ThermodynamicsAnEngineering Approach by CENGEL 5th Edition

Find Total Enthalpy and U |Problem3-29E|Thermodynamics An Engineering Approach by CENGEL 9th Edition

11th Physics Numerical Q2: Calculate the time period of the pendulum with uncertainty in it.

Complete Table for R134a |Problem3-29E| Thermodynamics An Engineering Approach by CENGEL 7th Edition

Complete Table for H2O |Problem 3-26| Thermodynamics An Engineering Approach by CENGEL 7th Edition

Find absolute Pressure |Problem 1-80| Thermodynamics An Engineering Approach by CENGEL 7th Edition

Pressure in cylinder=? |Problem 1-67| Thermodynamics An Engineering Approach by CENGEL 7th Edition

Pressure in chamber 1 =? |Problem 1-59| Thermodynamics An Engineering Approach by CENGEL 7th Edition

Pressure in Lb/ft2, PSI |Problem 1-50E| Thermodynamics An Engineering Approach by CENGEL 7th Edition

What is 37°C in kelvins? |Problem 1-36| Thermodynamics An Engineering Approach by CENGEL 7th Edition

11th Physics Numerical Q1: Find the degree of the 1/3 and 2/3 parts of pizza and convert into radian

11th Chemistry KPK Numerical Q6: Energy lost when electron in H2 atom jumps from 3rd to 1st orbit?

11th Chemistry KPK Numerical Q5: Energy (kJ/mol) of an electron residing in (n = 3) in H2 atom?

11th Chemistry KPK Numerical Q4: Calculate the (λ) of an electron when it moves with the v of light.

11th Chemistry KPK Numerical Q3: What is frequency of a radiation with (ν̅) equal to 0.5 × 10⁸ m⁻¹?

11th Chemistry KPK Numerical Q2: What will be the wave number(ν̅)of the spectral line of an electron

11th Chemistry KPK Numerical Q1: Calculate the distance (Å) between the nucleus and 5th orbit of H2.

Find T2, Mtotal, V2 and P-v diagram |Problem 3-55| Thermodynamics An Engineering Approach by CENGEL

11th Chemistry KPK Practice Problem 2.3: Find out the frequency and wavelength of the spectral line.

11th Chemistry KPK Practice Problem 2.2: Calculate the energy of 4th and 5th levels of hydrogen atom

Find P, U and volume of liquid phase |Problem 3-54| Thermodynamics An Engineering Approach by CENGEL

11th Chemistry KPK Practice Problem 2.1: Calculate the radius of 5th and 6th orbits of hydrogen atom

Find T, H and mass of each phase |Problem 3-53E| Thermodynamics An Engineering Approach by CENGEL

Determine the total V and total U. |Problem 3-52| Thermodynamics An Engineering Approach by CENGEL

Determine T2 and draw T-v diagram |Problem 3-51| Thermodynamics An Engineering Approach by CENGEL

11th Chemistry KPK Descreptive Q5: How many moles of H₂O will be obtained by burning 5.6 moles of O₂

11th Chemistry KPK Descreptive Q4: Calculate the (a) Percentage Yield (b) Actual Yield (c) Moles

11th Chemistry KPK Descreptive Q3: Limiting reagent if 24.5 g of C is mixed with 1.89 moles of H2O

11th Chemistry KPK Descreptive Q2: Concept of Percentage Composition ?, Find the %age Composition

Descreptive Q1: Concept of Mole and Avogadro's number. Molar Mass. Volume of 60g of NH3?

Short Questions Exercise 1: Conceptual Question about gram atom, Limiting Reactant, Actual Yield

11th Class Chemistry KPK Numerical Question 5: Calculate the mass of Mg required for 2560 g of CO2

11th Class Chemistry KPK Numerical Question 4: How many moles are present in each of the samples

11th Class Chemistry KPK Numerical Question 3: Calculate the mass in gram for Al₂O₃, H₂SO₄ and H₂O

11th Class Chemistry KPK Numerical Problem 2: Calculate the molecular or formula masses

11th Class Chemistry KPK Numerical Problem 1: Molar mass of the element? name the element?

11th Class Chemistry KPK Practice Problem (1.11) Calculate the percentage yield of copper metal.

11th Class Chemistry KPK Practice Problem (1.10) (a) Excess and Limiting Reactant (b) Number of mole

11th Class Chemistry KPK Practice Problem (1.9) (a) %age of each element in H3PO4, (b) %age of N2

11th Class Chemistry KPK Practice Problem (1.8) %age of each element in: (a) (C₆H₆), (b) (C₆H₁₂O₆)