Determine the resolving power of the objective

Reference no: EM13309789

1. What is the objective's resolving power if used in air? (answer in nm)

2. What is the resolving power of the objective if it is used in an oil-immersion microscope with n oil = 1.45 (answer in nm)

Reference no: EM13309789

Questions Cloud

What is the angle of their final velocity vector : A sticky hockey puck slides along a frictionless horizontal ice surface at 75m/s in the + x-direction. what is the angle of their final velocity vector below the +x direction

Determine flow on the road and space mean speed : Data obtained from aerial photography showed six vehicles on a 600 ft long section of road. Traffic data collected at the same time indicated an average time headway of 3.6 sec.

Obtain the change in internal energy of the air : The air inside a bicycle tirenpumphas 202 joules of work done on it as 66.1 joules of heat is conducted away from it

Create a text file called yourstudentid : Create a text file called YourStudentId-Create.sql (format xxxxxxx-Create.sql) for example 2225991- Create.sql that will.

Determine the resolving power of the objective : What is the resolving power of the objective if it is used in an oil-immersion microscope with n oil = 1.45

What is an unconscionable contract-exculpatory clause : What is an unconscionable contract, exculpatory clause, and Blue Sky laws and give explanations and examples of each?

Determine the magnitude of the resultant r and angle theta : Forces F and P have magnitudes of F=40 lb. and P= 60 lb., Using the paralellogram law, determine the magnitude of the resultant R and the angle theta it makes with the horizontal. The given angle is 40 degrees.

Estimate the velocity of a wave on this bungee cord : A bungee cord is stretched between two poles with a force of 411 N. What is the velocity of a wave on this bungee cord

The residual and tidal volumes are important to consider : The residual and tidal volumes are important to consider. Assume that an allergen is in an aerosol form (1.0g/L air) and can be inspired and expired at the same rate a normal air. When first exposed to the allergen, how long will it take to reach equ..

User Account

All Pages