Answer:
The candy before was fluffy, and the candy after was compacted.
Explanation:
The cloudy cotton candy was light and fluffy due to the air incorporated in it. After Chanel made it dense, the candy became compact and heavier, as she decreased the volume and maintained or increased the amount of sugar.
The cotton candy that Chanel had originally was described as being in a cloudy shape. This suggests that it was light, fluffy, and probably had a lot of air incorporated into it, which is why it was able to maintain such a shape. After she manipulated it to make it more dense, the cotton candy would have lost its cloudy appearance. Instead, it would have become heavier and more compact, because decreasing the amount of air in it increases its density. In other words, the volume of the cotton candy has decreased, but the amount of sugar within that volume has remained the same or increased.
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Answer:
.17Hz
Explanation:
The formula for frequency is f= 1/T , where T is the period.
f = 1/6 and 1/6 ≈ .17
Answer:
bursae.
Explanation:
J.J. Thomson
Ernest Rutherford
Neils Bohr
Answer: P2O5
Explanation:
The empirical formula for phosphorous pentoxide is P2O5.
The empirical formula for phosphorous pentoxide is P2O5.
To find the empirical formula, we need to determine the ratio of atoms in the compound.
Since the molecular formula of phosphorous pentoxide is P4O10, we divide the subscripts by their greatest common divisor (gcd) to get P2O5 as the empirical formula.
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The correct answer to the question is :
CALCULATION:
The angle of inclination of the hill with the horizontal ground .
The magnitude of displacement or the distance travelled by the car up that hill is given as -
distance S = 10.0 Km.
We are asked to calculate the vertical displacement.
Applying vector resolution process, we get-
(a) is the horizontal component
(b) is the vertical component.
Hence, the vertical displacement is calculated as -
Vertical displacement
= 1.392 Km.
Hence, the vertical displacement of the car is