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The temperature. Also, thermal conductivity.
If the event horizon (space, in this case) of one of the items is breeched by the other and touch, the neutral object becomes negatively charged. If they never touch, they both remain in their present condition. The neutral object's condition will never affect the charge of the negatively charged object, whether they touch or do not touch. The negatively charged item's condition will never change, regardless of physical touch between the two items. ***************Contributed by Czar Acumen*******************
You have to take heat away - to the point that the object gets cold enough to freeze.
When a force is applied to an object, it accelerates. for example, if you push an object, the object accelerates away from you and, eventually, will move away from you..
The temperature. Also, thermal conductivity.
because your mum is gay
In general, an object's mass CANNOT change, unless you take something away from it or add something to it.
Positive thigmotropism is a term used in plant biology. Thigmotropism is a growth response to touch either towards (positive) or away from a stimulus (negative). Roots of plants typically show a negative thigmotropic response when they come in contact with an object in the soil such as a rock. The roots will curve away from the object. Positive thigmotropism can be seen in vines. When a vine comes into contact with an object, the side of the vine that did not touch the object will grow slightly faster than the side with the contact. This causes the vine to curve towards the object and wrap around it, giving the plant added structural support. The plant is able to perceive the touch sensation and alter its growth pattern. There are many more examples out there ... but roots and vines are the most common. And remember: Tropisms only occur when the plant is growing.
You can't change the mass of an object (unless you add something to it, or take something away). But you can choose an object of the desired mass to carry out the experiment.
You can add something to an object, or take something away. Other than that, you can't really change an object's mass. Do some reading on "conservation of mass" for more details.
It is natural for the brain to respond of touch something too hot to handle by pulling the fingers away from it.
The words are not a combined form. The word "away" is an adverb, and the word from (a preposition) would introduce a noun (the object) indicating what something was to be away from.
A good way to remember it is: THIS is referring to something or someone RIGHT HERE or WITHIN REACH OF YOUR ARM. THAT is referring to something or someone FAR AWAY or TOO FAR AWAY TO TOUCH WITH YOU HAND.
Wolves have been known to smell objects as far away as 1.6 km. An object does not have to be far away for a wolf to smell it, though - they can smell something right next to their nose.
An electrical charge is attracted to a conducter (ie a material which conducts such as copper) therefore you can either use something more conductive leading away, or insulate the object.
If the event horizon (space, in this case) of one of the items is breeched by the other and touch, the neutral object becomes negatively charged. If they never touch, they both remain in their present condition. The neutral object's condition will never affect the charge of the negatively charged object, whether they touch or do not touch. The negatively charged item's condition will never change, regardless of physical touch between the two items. ***************Contributed by Czar Acumen*******************