#shortanswer

[jamiemarsters]

Pic of the Day: Shock breaking news! Is James Marsters sporting the bleached hair again for his return in #Buffy: NEW New Sunnydale?! @JamesMarstersOf

[theteacherdelfin-blog]

Ok guys, here is a short reflection to you.

1. Remember to comment on it.

2. Post something similar

3. respond to at least to friends Let’s assume that technology is used nowadays for all our children, they are very good at it, they do, create and modify things in our present time where we live, but... We have a problem: 

How can the overuse/exposure of technology in our children affect future employment? What about us? What can happen to elders? See you later guys

[robin4ascii-blog]

#shortanswer (at Worldwide) https://www.instagram.com/p/CFV2gsTn1Kj/?igshid=3doy4j18129p

[eternalmiserybredthruhope]

Honestly

It's easier to avoid shit if you don't even bother talking at all.

Hey, how are you? What you been up to

Fine. Nothing.

Don't even bother asking about thier damn lives cause no matter what is said it'll bite you in the ass

[cmwaits91-blog]

I feel like I'm going to get a blister after that test.... . . #biology #shortanswer #only #nofilter #blister #donefirst #probablyfailed #itsokay #hesston #hesstoncollege (at Hesston, Kansas)

[thetravelingtotoros]

This test took an hour and a half! Good grief! But it's over now and the guardian is pretty sure he did well on it so claws crossed! #final #exam #long #shortanswer #totoro #statistics #siue (at Southern Illinois University Edwardsville)

[science10universe]

State the types of energy shown on this diagram and where it is being used.

The water that is stored in the dam: Potential Energy

The water that goes through the flood gate: Kinetic Energy

As the water rotates the blades: Kinetic Energy

As the generator converts the energy: Electrical Energy

Source:http://www.opg.com/power/images/hydrohow.jpg

[science10universe]

Determine the levels of kinetic, potential, and mechanical energy while a yo-yo is falling.

For all answers: Mechanical energy stays constant because it is the sum of potential and kinetic energy. Those energies do not disappear, so the mechanical energy stays constant.

At the top, before it falls: Here it has the highest gravitational potential energy, and since it is not moving, it has little kinetic energy.

In between initial release and the full stretch of the string: The yo-yo loses potential energy but gains kinetic energy because it is in motion. Kinetic energy and potential energy are equal here.

At the full stretch of the string: Here the yo-yo is at the lowest height, where it will typically stay there for a short time. It has the lowest potential energy because it is close to the ground, but also some kinetic energy because it is spinning.