Discuss why the design of your interaction, if simply implemented as is, may not lead to the ideal software design. Consider how the design of interaction and the design of software often have
different goals

answer:

you cant but you can report the sender

and do you want to talk?

im xavier btw but i go by x

explanation:

umm

Explanation:

do you have a picture so i can help you

im in 7th grade i don't know what this means im sorry

Explanation:

Four hundred years after the invention of this device, the telescope has become an essential scientific instrument, an icon of science.

But it is more than just an extension of our senses — the telescope is an instrument of thought as well. Throughout its 400-year history, the telescope has changed our view of the universe and our view of ourselves.

Never more so than at the very beginning. News of Hans Lippershey's 1608 patent reached Galileo Galilei the following year. Within one day, he had made his own telescope, and, in 1610, published a short, still very readable, book, Siderius Nuncius, (The Starry Messenger). This remarkable work changed everything.

Galileo's telescope made clear that the universe was far larger than had been imagined — and our place in it far smaller than had been imagined.

The public impact was immediate. The poet John Donne, in 1611, wrote of "Galileo … who of late hath summoned the other world, the stars to come nearer to him, and give him an account of themselves." But this new other world, as Donne also saw, had a negative side. The old universe of unity and proportion, crowned by a perfect heaven scaled to human proportion, was threatened: "New philosophy calls all in doubt."

Today you can buy a better telescope than Galileo's for under a hundred dollars, and a careful replica of his telescope for a great deal more. An ordinary pair of binoculars will show just about all that he saw (DON'T try to use them to see the sunspots!). But you can only imagine how unsettling this modest instrument was in the early 17th century.

We now take for granted that science gives us otherwise invisible worlds. We have wonderful instruments that do this — the telescope, the microscope, fMRI brain scans, the Large Hadron Collider. We now see many invisible worlds: tiny bacteria in our water, shifting patterns of blood flow in the brain, submicroscopic particles (some hope) that haven't been seen since the first microseconds of the universe.

Explanation: