<span>a crack across rock layers caused by moving plates
molten rock - fault (a fault is a rupture or scission in a block of rocks that allows both parts from the scission to slide over each other)
</span><span>horizontal intrusion - sill (a sill is a mass of igneous rock that intruded horizontally and laterally through rock layers already existent)
</span><span>vertical intrusion - d(y)ke (a d(y)ke is also a mass of igneous rock, but this time that intruded vertically across rock layers, many times through an already existing crack)
</span><span>natural, upward movement of rock layers - uplift (uplift is a geological process in which a portion of the Earth's crust is elevated from its original position due to plate tectonics)</span>
Answer:
F = m X a
Therefore ,
Force required = 50 X 30 = 1500 newton
False because the bug has a lighter mass :)
When an object is put into water (or any other liquid) there are forces placed on it. These forces create depth in the liquid and its density will affect the upthrust on an object The same situation will occur no matter how deep the object is placed (as long as it is completely submerged).
This question involves the concepts of gravitational field strength and mass of the object.
The total weight of the bucket of oil is "54 N".
The gravitational field strength is defined as the weight of an object in the gravitational field per unit mass of the object. Hence, mathematically it can be written as follows:

where,
W = weight of the bucket of oil = ?
S = gravitational field strength = 10 N/kg
m = mass od the bucket of oil = 5.4 kg
Therefore,

<u>W = 54 N</u>
<u></u>
Learn more about gravitational field intensity here:
brainly.com/question/12313730?referrer=searchResults
The attached picture illustrates the concept of gravitational field intensity.