Estimate what is the position of the image

Reference no: EM13658079

A converging lens has a focal length of 6.0 centimeter. A 1.2 centimeter high arrow is located 9.5 centimeter from the lens with its lowest point 4.2 centimeter above the lens axis.

Part A Determine the position of the image.

=....................... From the lens

Part B Calculate the distance from the axis to the lowest point of the arrow image.

=................... below the lens axis

Part C Calculate the distance from the axis to the highest point of the arrow image.

=................ below the lens axis

Reference no: EM13658079

Questions Cloud

Calculate the total number of possibilities : Calculate the total number of possibilities for a pass code that uses 6 characters the first 2 must be numbers then the last for must be unique letters

What was the incident angle and angle of refraction : A light wave was reflected off of a mirror at an angle of56°. What was the incident angle? A light ray in water is incident on fused quartz at a 31° angle of incidence. Find the angle of refraction.

A communications satellite is in synchronous orbit : A communications satellite is in synchronous orbit that is2.7 107 m directly above the equator. The satellite is located midway among Quito, Equator and Belem, Brazil, two cities on the equator that are separated by a distance of 3.5 106 m.

Evaluate the curvature radius of a concave mirror : Evaluate the curvature radius of a concave mirror that produces a9.5-centimeter high virtual image of a5.7 centimeter high object

Estimate what is the position of the image : A converging lens has a focal length of 6.0 centimeter. A 1.2 centimeter high arrow is located 9.5 centimeter from the lens with its lowest point 4.2 centimeter above the lens axis. Determine the position of the image

Angle from normal at which intensity maximum is formed : An 18mm wide diffraction grating has rulings of 390 lines per mm. monochromatic light of 487 nm wavelength is incident generally on the grating. At what angle away from the normal (where the central maximum of the diffraction pattern occurs) is the n..

Find what happened to the fourth piece : A one kilogram rocket is launched into the air at a 45o angle. Find what happened to the fourth piece? (What direction did it travel, and at what speed

Find the possible values for the object distance : An object and its lens-produced real image are 2.4 meter apart. If the lens has 55-centimeter focal length, find the possible values for the object distance

Compute what is the speed of the satellite : A satellite that has a mass of 300 kilogram moves in a circular orbit of 5.00 x 10^7 meter above the earth's surface. Compute what is the speed of the satellite

User Account

All Pages