Answer: They behave the same because, according to the principle of equivalence, the laws of physics work the same in all frames of reference.
Explanation:
According to the equivalence principle postulated by Einstein's Theory of General Relativity, acceleration in space and gravity on Earth have the same effects on objects.
To understand it better, regarding to the equivalence principle, Einstein formulated the following:
A gravitational force and an acceleration in the opposite direction are equivalent, both have indistinguishable effects. Because the laws of physics must be accomplished in all frames of reference.
Hence, according to general relativity, gravitational force and acceleration in the opposite direction (an object in free fall, for example) have the same effect. This makes sense if we deal with gravity not as a mysterious atractive force but as a geometric effect of matter on spacetime that causes its deformation.
Answer: 8.242 × 10 exp -8 N
Explanation: F = G *m* M/r^2
r = √(13-5)^² + (51-15)^² + (0-0)²
r = 8; the distance between the masses
G =6.673 × 10 -¹¹ Nm²kg-²
F = gravitational force of attraction of m(51kg) on M {1550kg)
If it’s not moving then it doesn’t have acceleration… right? So uh 0
I think answer should be when it starts to break
Answer:
a => conductivity, melting point, color, and density.
Explanation:
The concept known as 'solid-state Physics'' is an important part of Physics and Chemistry; it is an important part of science in general. The concept is been studied and brought new aspects of science such as metallurgy, quantum mechanics, and many others. The studies discovered that atoms in solids have definite pattern in which each solids are being packed and this also is a cause for their properties for instance, how elastic these solids are, their magnetic properties and many more.
From the options given in the question above, When using the concept known as 'solid-state Physics'', the following can be use to understand how the properties of solids, they are:
[1]. conductivity,
[2]. melting point,
[3]. color, and
[4]. density.
