For the abrasive jet machining process, the ratio of abrasive volume to carrier gas volume is 0.25

For the abrasive jet machining process, the ratio of abrasive volume to carrier gas volume is 0.25

Q. For the abrasive jet machining process, the ratio of abrasive volume to carrier gas volume is 0.25. Further, the ratio of abrasive density to carrier gas density is 25. The mass ratio of abrasive to the mixture of abrasive and carrier gas is Ans: 0.85 – 0.90 Sol: We know that, Mixing Ratio (MR):

For the abrasive jet machining process, the ratio of abrasive volume to carrier gas volume is 0.25 Read More »

One kilogram of air is compressed at constant temperature of 150 ˚C until its volume is halved

One kilogram of air is compressed at constant temperature of 150 ˚C until its volume is halved

Q. One kilogram of air is compressed at constant temperature of 150 ˚C until its volume is halved. Considering gas constant R = 0.287 kJ/kg-K for air, magnitude of heat rejected (in kJ) in the compression process is Ans: 84 – 84.3 Sol: First Law of Thermodynamics: δQ = dU + δW For Isothermal process dU

One kilogram of air is compressed at constant temperature of 150 ˚C until its volume is halved Read More »

With reference to factors affecting the rate of photosynthesis, which of the following state- ments is not correct?

With reference to factors affecting the rate of photosynthesis, which of the following state- ments is not correct?

With reference to factors affecting the rate of photosynthesis, which of the following state- ments is not correct? Option 1 : Increasing atmospheric CO2 concentration up to 0.05 per cent can enhance CO2 fixation rate.Option 2 : C3 plants respond to higher temperatures with enhanced photosynthesis while C4 plants have much lower temperature optimum.Option 3

With reference to factors affecting the rate of photosynthesis, which of the following state- ments is not correct? Read More »

Scroll to Top