Answer:
Thomson's results showed that atoms contain smaller particles, so Dalton's theory had to be modified. Rutherford's results showed that most of an atom is empty space and that the mass is concentrated in the center of the atom.
Explanation:
( like and follow if it helps >W< )
It would be the one with the highest Specific Heat constant
The equation for specific heat is:
Q=mCT
If we rearrange for T, we get:
T=Q/mC
Since m is just 1 Kg, we can ignore it and say that:
T=Q/C
Let’s just give an arbitrary number to C and solve for each individual species
Q=1 J
Helium - 1J/5193 = .00019257
Steel - 1J/490 = .00204082
Aluminum - 1J/897 =.00111483
Water - 1J/4182 = .00023912
This proves that Steel, with the lowest Specific Heat will increase the most.
Answer:
Complex System
Explanation:
Given that, a descriptive scientific investigation is one of the three main types of investigation which formulates and quantify the natural phenomenon. This natural phenomenon oftentimes involves Complex System, such as microscopic organisms, thereby, scientists often make observations to understand the interacting parts of this COMPLEX SYSTEM
Hence, the right answer is a COMPLEX SYSTEM
Alfred Wegener
proposed the continental drift theory in
four reasons. One, he hypothesized that the continents were once a giant
continent. Two, he observed that there are fossils found of the same kind in
the different locations. Three, he found that the edge of opposing continents
somehow fits if they are combined, almost like a puzzle. And four, there are
glacial scars that are left behind by a larger glacial continent. His greatest
weakness of Alfred Wegeners’ continental drift theory was he could not explain
what kind of force that caused this continents to move far from each other.
