Draw diagrams to indicate qualitatively the position, nature, and size of the image formed by a...

Draw diagrams to indicate qualitatively the position, nature, and size of the image formed by a converging lens of focal length f for the following object distances: (a) infinity, (b) greater than 2f, (c) equal to 2f, (d) between 2f and f, (e) equal to f, (f) less than f.

Expert Solution

a) Object at infinity-- image is formed at focal point , that is at distance from the lens. ( the image will be reduced in size)

b) Object at a distance greater than -- image is formed between and , and will be real,inverted and reduced in size.

c) Object at a distance equal to -- image is formed at , and will be real, inverted and of same size as that of object.

d) Object at a distance between and --- image is formed beyond , and will be, real , inverted and enlarged in size.

e) Object at a distance equal to -- image formed at infinity.

f) Object at a distance less than -- image is formed behind the object, and will be virtual, upright and enlarged in size.

genius_generous answered 4 months ago

Please draw well-labelled profit diagrams of the exporter position, the option, and the hedged position. In...

Please draw well-labelled profit diagrams of the exporter position, the option, and the hedged position. In your analysis, ignore the potential mismatches between the exchange-traded options and the original cash flow (i.e., assume you can construct a perfect hedge). Please up me understand a well-labeled diagram and illustrate the best approach how to draw Option Hedge Put Option Strike Price from January 14th 1986 $1.45 USD/ £ Premium 0.0044 Expiration Date 3 Months: 14th April 1986.

*Make sure to draw a normal distribution curve to indicate the position and range of Z....

*Make sure to draw a normal distribution curve to indicate the position and range of Z. 1. Let X~N(10,9). Find P(X<8), P(X ≥ 12), P(2 ≤ X ≤ 10) 2. In each part below, find the value of c that makes the probability statement true; 1) ∳(C) = 0.9463 2) P(IZI ≤ C) = 0.95 3) P(IZI ≤ C) = 0.99 4) P(IZI ≤ C) = 0.05 3. If X~N(80,10²), compute; 1) P(X < 100) 2) P(75 < X < 100) 3)...

Explain qualitatively the concept of superdiode. Draw a circuit that implements it and make a quantitative description

Part A An image formed when the light rays pass through the image location, and could...

Part A An image formed when the light rays pass through the image location, and could appear on paper or film placed at the that location is referred to as a real image virtual image impossible image Part B Light arriving at a concave mirror on a path parallel to the axis is reflected back through the focal point back on itself back parallel to the optix axis back through the center of curvature Part C Concave spherical mirrors produce...

Show the qualitatively correct position versus time graph and the matching velocity versus time graph for...

Show the qualitatively correct position versus time graph and the matching velocity versus time graph for an object that passes through the point X0 = -1 m at t0 = 0 s, and speeds up in the negative X-direction until it reaches a constant speed at tA. Between tA and tB, the object maintains this speed. At tB the object slows down and makes a momentary stop at tC, and immediately resumes the motion in the opposite direction (show a...

Spacetime diagrams Draw, label everything, and explain the spacetime diagrams for the following situations: a) A...

Spacetime diagrams Draw, label everything, and explain the spacetime diagrams for the following situations: a) A running pole-vaulter carrying a pole through a barn such that the pole fits inside the barn even though the proper length of the pole is longer than the proper length of the barn. b) A pencil oriented perpendicular versus parallel to the direction of the motion c) An airplane in flight receiving a time/location signal from two airports

Complete the table below. Trial Object Distance (cm) Object Size (cm) Image Distance (cm) Image Size/Orientation...

Complete the table below. Trial Object Distance (cm) Object Size (cm) Image Distance (cm) Image Size/Orientation (cm) Focal Length (cm) 1 11.25 2.00 87.75 15.5 / inverted 2 87.60 2.00 11.40 0.300 / inverted 3 23.35 XXX 17.65 XXX 4 17.55 XXX 23.45 XXX XXX XXX XXX XXX Average XXX XXX XXX XXX Std. Dev. (5 points x 6 = 30 points) 1. Plot the 1/o (object distance) vs. 1/i (image distance) graph from all data collected. (10 points) What...

1. Create a color image of size 200 × 200. The image should have a blue...

1. Create a color image of size 200 × 200. The image should have a blue background. 2. Create 100 yellow regions within the image that have a variable size. More specifically, their width should be an odd number and vary between 3 and 7 and their height should also be an odd number and vary between 3 and 7. For example, you may get rectangular regions of size 3 × 3, 3 × 5, 5 × 3, 5 ×...

How do you draw VSEPR diagrams?

How do you draw VSEPR diagrams? Please fully discuss on this topic

how do you draw orbital diagrams

Question