What is the minimum diameter of the pupil

Assignment Help Physics

Reference no: EM13487380

The star Mizar in Ursa Major is a binary system of stars of nearly equal magnitudes. Assume the angular separation between two such stars is 13 seconds of arc. What is the minimum diameter of the pupil that allows resolution of the two stars using light of wavelength 540 nm?

Reference no: EM13487380

Questions Cloud

Evaluate the molarity and mole fraction : Calculate the molarity and mole fraction of a 1.51 m solution of acetone (CH3COCH3) dissolved in ethanol (C2H5OH). (Density of acetone = 0.788 g/cm3; density of ethanol = 0.789 g/cm3.) Assume that the final volume equals the sum of the volumes of ..

How far does it slide down along the path : The coefficient of friction is 0.3. The Initial speed is 3 m/s. How far does it slide down along the path before it comes to rest

Finance department be quizzing the proposal manager : Why might a finance department be quizzing the proposal manager (PM) about the ARR? And more importantly, why is it important that the PM give a reasonable ARR?

Evaluate the photon energy(ev) and work function(ev). : The wavelength is 6100 Angstrom and the stopping potential is 0.5(eV). calculate the Photon Energy(eV) and Work function(eV).

What is the minimum diameter of the pupil : The star Mizar in Ursa Major is a binary system of stars of nearly equal magnitudes. What is the minimum diameter of the pupil

What percentage of sales can newkirk pay : What percentage of sales can Newkirk pay as royalty to the stadium and earn $180,000 for the season and Newkirk bids 12 percent of sales, what income can he expect?

Explain the table of reduction potentials : Use the values from the table of reduction potentials on the last page to determine ?Gº and Keq for the reaction as listed below. Pb (s) + Sn2+ (aq) ? Pb2+ (aq) + Sn (s) ?Gº

Explain the molecular ion for 2-butanone : Which of the following m/z values is the molecular ion for 2-butanone A. 15 B. 29 C. 43 D. 57 E. 72

Explain a real gas behaves more like an ideal gas : A real gas behaves more like an ideal gas at high pressures and low temperatures. 4. The individual gas particles are not attracted to one another.

User Account

All Pages