In the question, I am given the density of 4 rocks but I am not given the density of the 5th. I can't weigh it nor can I submerge it in water like the others. How can I find the density of the 5th and largest rock.
You are given the density of 4 rocks but are of same material.We know that density,d= mass/ volume which remains the same for a fixed material.
Therefore the density of 5th rock is same as the measured density.
In the question, I am given the density of 4 rocks but I am not given...
Consider the crustal rocks of the Earth to be a fluid of density 3.0x10^3 kg/m . Under this assumption, the pressure at a depth h within the crust is P=Pat+pgh . If the greatest pressure crustal rock can sustain before crumbling is 1.2x10^9 Pa, find the maximum depth of the Earth’s crust. (Below this depth the crust changes from a solid to a plastic like material.)
I am expecting a paragraph-length post for these short answer questions. Generally the question will require you to answer a question and back it up with some kind of explanation. Question: Given that metamorphic rocks are typically more dense and resistant to physical weathering than other rock types they would seem to be ideal as a building material. However, metamorphic rocks are not commonly used for building material. What might be some of the drawbacks or limits of metamorphic rocks...
I am having to find the density of 1 oz of gold with the width being 1.47 cm. , height 2 cm, and .5 cm thick. I know that density is mass/volume but I have to convert to the metric system. What would be the density of this gold bar, using the metric system? I would like to see this problem worked out so I can apply it to my other questions. Remember that for volumes; 1mL= 1cm x 1cm...
We can play a variation of a child's game called "What am 12" that I will call "Where am 1? (a) I am a square. The intersection of my two diagonals lies at the point (4, 4), and the length of each of my sides is 8. My sides form horizontal and vertical lines. Where am I? Order your answers from smallest to largest x, then from smallest to largest y.) x, y) (x, y)s x, y) (x, y) (b)...
At Home Lab: Density Introduction: Density I am sure you have carried two full grocery bags to your car and noticed one bag being much heavier. Since the two bags are the same size and one bag has more mass, the heavier bag must be more dense. A non-scientific definition for density is how tightly packed something is. Supplies: • 100ml Graduated Cylinder • Corn Syrup • Vegetable oil • Tap Water • Food Coloring or Universal Indicator Reasoning: The...
This question is related to (E&M) electrostatics. i found a
answer in cheeg but i am not satisfied with that answer. can you
please solve this in a simplest way possible.
c. Find D for 0 < < for the cylindrically symmetric charge density in the figure. (The density is centered on the axis) P.(r..z) 0 a for for 0<r <h >b
Presently I am working on metagenomics of coal biomethenation by bacterial consortium. I have got the sequence result (Illumina). The sequence is huge and I can't predict anything from the sequence. I have gone through different database like Metacyc, Biocyc etc. Please help me that how can I draw an inference towards the metabolic enzyme that are involved in biomethenation of coal.
If I am given a problem that says an object moves up and down on a table sinusoidally with a given amplitude of 4 cm and then I am told that the table begins to move up and down very fast leaving the object to eventually leave the table, how would I determine the position in the oscillation that the object left the table and also the frequency that the object left the table? Can you please explain in detail...
John is given the task of collecting 100 rocks, 130 sticks, and 180 hay. He has the option of exploring the Farm area, the Forest area, or the Cave area for these resources. Each time he explores the Farm, he will find .5 rocks, 1 stick, and 3 hay. Exploring the farm will use up 2 stamina points. As for the forest, John will find 1.5 rocks, 4 sticks, and .5 hay for each attempt, with a 3 point stamina...
Heat and Temperature Question: Help with this question is much appreciated! I am especially getting stuck on how to find the time in part two. Thank you! A cylindrical vessel with a radius R and a height R is completely filled with liquid Helium with a density ρh, a heat of vaporization Lh, and a temperature Th. The whole outside of the vessel is kept at a constant temperature To which is higher than Th. Stefan-Boltzmann’s constant can be considered...