Suppose you have two small photographs of the Moon. Although both look the same at small size, when you blow them up to poster s
ize one of them still looks sharp while the other one becomes fuzzy (grainy) looking. Which of the following statements is true? a. Both photographs have the same angular resolution, because they are both photographs of the same object
b. The one that looks sharp at large size has better (smaller) angular resolution than the one that looks fuzzy
c. The one that looks fuzzy at large size has better angular resolution (smaller) than the one that looks sharp
d. Both photographs have the same angular resolution, because they were both printed at the same sizes in each case
The correct option to answer your question will be option "b" the one that looks sharp at large size has better (smaller) angular resolution than the one that looks fuzzy.
Explanation:
The angular resolution is defined as the capacity of any capturing device like a camera, microscope, telescope to distinguish small details of an object. The picture that looks fuzzy when the size is increased to poster size, is the one with less angular resolution and therefore if the size is increased the picture will be fuzzy.
Governments organized workers to build large scale projects such as roads, water systems, city walls, and granaries where food was stored after harvesting.
Ice melts when heat energy causes the molecules to move faster, breaking the hydrogen bonds between molecules to form liquid water. In the melting process, the water molecules actually absorb energy.
