What is the distance among her eyes and the glasses

Reference no: EM13658148

A nearsighted patient's far point is .699m from her eyes. She is able to see distant objects in focus when wearing glasses with a refractive power of -1.51diopters. What is the distance among her eyes and the glasses?

Reference no: EM13658148

Questions Cloud

Sate the balanced net equation for the reaction : Sate the balanced net equation for the reaction that takes place when 0.1 M solutions of cadmium (II) nitrate as well as ammonium carbonate are mixed.

Explain the color of the censium flame : When a compound containing censium ion is heated in a bunsen burner flame,photons with an energy of 4.30x 10-19 J are emitted, Explain the color of the censium flame

Calculate its angular speed and period : If a wheel 214centimeter in diameter takes 2.75second for each revolution, calculate its angular speed and period

Compute what angular acceleration does it experience : A wheel with moment of inertia kilogram per meter squared has a net torque of 3.50 N per m applied to it. Compute what angular acceleration does it experience

What is the distance among her eyes and the glasses : A nearsighted patient's far point is .699m from her eyes. She is able to see distant objects in focus when wearing glasses with a refractive power of -1.51diopters. What is the distance among her eyes and the glasses?

How much ice remains after the system reaches equilibrium : A beaker of water sits in the sun until it reaches an equilibrium temperature of 30°C. Calculate how much ice remains after the system reaches equilibrium

Compute the total number of stereoisomers the trisaccharide : Explain a non-reducing sugar found in honey has the molecular formula C18H32O16. Acidic hydrolysis gives 1 mole D-fuctose, 1 mole. Compute the total number of stereoisomers possible for this trisaccharide

Compute how long does it take for the water to fall : At a certain harbor, the tides cause the ocean surface to rise, Compute how long does it take for the water to fall a distance d/4from its highest level

Circular conducting loop is held fixed in uniform magnetic : A circular conducting loop is held fixed in a uniform magnetic field that varies in time according to B(t) = B0exp(−a t) where t is in s, a is in s−1 and B is the field strength in T at t = 0. At t = 0, the emf induced in the loop is 0.0661 V. At t =..

User Account

All Pages