0
What else can I help you with?
Are there biological nanomachines in your body?
Yes, there are biological nanomachines in our bodies. For example, proteins like motor proteins and enzymes function as nanomachines to carry out essential functions at the molecular level, such as transporting molecules within cells and facilitating chemical reactions.
What are different types of nanotechnology?
Nanomaterials, Nanomachines, Nanofactories
What are e-applications?
Ther are applicatins that work best in building, commerce, politics, history. E-Applications or Apps are computer programs that have a social usefulness
What is Metal Gear solid 4 about?
It is about the main character solid snake trying to kill his his brother liquid who is controlling another main villain's body and to stop him from controlling an immense army by nanomachines inside them. I definitely recommend it for fans of shooters, stealth, and of the MGS series.
What key combinations can you use to switch between open applicatins?
Alt-Tab Hold down the alt key like a shift key, press tab a number of times until you see the application you want. one quick alt tab takes you to the last application used.
Where is the crank sensor located on 1997 grand prix gt 3.8 liter?
the ckp for the 3.8 is located at the harmonic balancer on all applicatins remove the right side (passenger) tire and also the plastic shroud, you should be able to access the crank sensor from there You'll have to pull your harmonic balancer to change the crank sensor.
What are the prime applications of machine vision?
Machine Vision is a type of technology and methodology used in the machine industry. The prime applicatins of Machine Vision are in robotics, such as industrial robot guidance, and process control.
What applicatins do you need to play movies on my iMac?
To play movies on your iMac, you can use the built-in Apple TV app, which supports various formats and streaming services. Additionally, you can download VLC Media Player, a versatile application that handles a wide range of video formats. Other options include QuickTime Player for standard formats and DVD Player if you're using physical media.
How does nanotechology helps in automobile engineering?
In the next 50 years, machines will get increasingly smaller -- so small that thousands of these tiny machines would fit into the period at the end of this sentence. Within a few decades, we will use these nanomachines to manufacture consumer goods at the molecular level, piecing together one atom or molecule at a time to make baseballs, telephones and cars. This is the goal of nanotechnology.
What are the risks of nanotechnology?
well people think that the nanoparticles will turn into self replicating nanorobots. but that is not true. in actual fact there are no risk except the fact that scientists say if they do put them into somones body and design them so they can eg, cure an illness. well scientist think that the nanomachines might when travelling in your body somehow go into your brain and damage it big time. but we have still got years to find out yet.
Is Vamp immortal?
*SPOILER ALERT* No. Vamp's body is riddled with advanced nanomachines that allow him to quickly recover from wounds and injuries that would be fatal to a normal person. The reason for this superhuman ability is not made clear until Act 4 (Shadow Moses) of MGS 4: Guns of the Patriots. Vamp is killed by Naomi Hunter by neutralizing his nanobots with the syringe after he is fatally wounded and hadn't had the time to recover after a fight with Cyborg Ninja Raiden in the same room that Snake fights REX in MGS 1.
What are three example of molecular machines made in the laboratory?
Three examples of molecular machines made in the laboratory include DNA-based nanomachines, such as DNA walkers that can move along a track in response to specific stimuli; molecular rotors, which are designed to rotate around a bond, often powered by light or chemical reactions; and artificial molecular motors that can change shape or position, such as those created using synthetic organic molecules that mimic biological motor proteins. These engineered systems have potential applications in drug delivery, biosensing, and nanotechnology.
