Name the type of fault rock shown in Fig. G-52a, and explain what features you used to
Question:
Name the type of fault rock shown in Fig. G-52a, and explain what features you used to identify it. The protolith of this rock was a coarse-grained granite. The irregularly shaped, light-colored masses are lichens growing on the rock.
Transcribed Image Text:
Type of fault rock: Diagnostic features: Fig. G-52a Field photograph for use in Problem 16.4. The protolith of this rock was a coarse-grained granite. Scale bar is 2 cm.
Fantastic news! We've Found the answer you've been seeking!
Step by Step Answer:
Answer rating: 25% (4 reviews)
The type of fault rock shown in Fig G52a is mylonite Mylonite is a finegrained highly sheared rock t...View the full answer
Answered By
Danish Sohail
My objective is to become most reliable expert for clients. For last 10 years I have been associated with the field of accounting and finance. My aim is to strive for best results and pay particular attention to client needs. I am always enthusiastic to help clients for issues and concerns related to business studies. I can work on analysis of the financial statements, calculate different ratios and analysis of ratios. I can critically evaluate stock prices based on the financial analysis and valuation for companies using financial statements of the business entity being valued with use of excel tools. I have expertise to provide effective and reliable help for projects in corporate finance, equity investments, financial accounting, cost accounting, financial planning, business plans, marketing plans, performance measurement, budgeting, economic research, risk assessment, risk management, derivatives, fixed income investments, taxation, auditing, and financial performance analysis.
4.80+
78+ Reviews
112+ Question Solved
Related Book For
Structural Analysis And Synthesis A Laboratory Course In Structural Geology
ISBN: 9781405116527
3rd Edition
Authors: Stephen M. Rowland, Ernest M. Duebendorfer, Ilsa M. Schiefelbein
Question Posted:
Students also viewed these Sciences questions
-
Name the type of fault rock shown in Fig. G-52b, and explain what features you used to identify it. The protolith of this rock was a porphyritic granite. Type of fault rock: Diagnostic features: Fig....
-
Name the type of contingency table (2 2, 4 6, etc.), the minimum sample size required, the chisquare statistic, and effect size statistic (if the chi-square is significant) that are most...
-
Swiftly Company prepares its statement of cash flows using the direct method for operating activities . For the year ended December 31,2024, Swifty Company reports the following Sales on account...
-
Describe four different definitions of quality.
-
Tangible assets are often increased to fair market value following a transaction and depreciated faster than their economic lives. What is the potential impact on post-transaction EPS, cash flow, and...
-
Using an invalid performance evaluation instrument is a waste of time. Do you agree or disagree with this statement? Discuss.
-
What factors should be considered in setting alpha risk? How is this risk controlled?
-
Hart, Attorney at Law, experienced the following transactions in 2016, the first year of operations: 1. Accepted $36,000 on April 1, 2016, as a retainer for services to be performed evenly over the...
-
A nozzle is attached to a fire hose by a bolted flange ). The area of the flanged joint is 10in2, and the pressure at the joint is 100psig (psig stands for gauge pressure in psi unit). When the valve...
-
1. Examine the photomicrograph in Fig. G-53. Describe the principal microstructures in the quartz and the feldspar, and interpret the deformation mechanisms that led to these microstructures. 2. What...
-
On Fig. G-51, label three examples of subgrains and three examples of new grains. Fig. G-51 Photomicrograph for use in Problem 16.3. Crossed polars. Scale bar is 1 mm.
-
Using an appropriate example, explain the difference between private and social costs, and private and social benefits.
-
Can you summarize what is happening to the USA's GDP and current economic growth situation? Where do you think our economy will be in a year from now? 2. What impact did shutting our economy down in...
-
Assume that in the production process workers and robots are substitutes. If the price of robots falls, what will happen to the demand curve for workers? If workers and robots are complementary in...
-
6. Consider a monopolist that produces for two periods. The demand curves in both periods are: y(P) = 1-Pi yz(P2) = 1-pz The total cost functions are given by C(y) = 0.5y, in the first period, and...
-
How can organizations build trust through social media, both internally and externally? How can social media be used to address public relations issues? How can social media be used to support the...
-
Consider the following data. Fill out the missing entries. Use the Graphical Sector Balances Framework to plot each of these countries location in the 4-quadrant model. Balance (percent of GDP)...
-
The designations 1A through 8A used for certain families of the periodic table are helpful for predicting the charges on ions in binary ionic compounds. In these compounds, the metals generally take...
-
You are maintaining a subsidiary ledger account for Police-Training Expenditures for 2013. The following columns are used: Inventory purchases are initially recorded as expenditures. Record the...
-
Determine the reactions on the beam. Neglect the thickness of the beam. 20 kN 26 kN 20 kN 13 12 B - 3 m- -6 m- -6 m-
-
Determine the reactions on the beam. 3 k/ft 2 k/ft 2 k/ft |B, 60 600 k ft 12 ft 12 ft
-
Determine the reactions on the beam. 2 k/ft B 5k/ft 10 ft 24 ft -
-
Sheila takes Josie, her niece, to the park to play on the slides. Josie starts from rest a top a 4 . 7 6 - meter high slide. She is moving at 8 . 0 1 m / s when she reaches the bottom. What...
-
2.1.35 A 1m x 1m square board is sup- ported by two strings AE and BF. The ten- sion in the string BF is 20 N. Express this tension as a vector. y E 2 m 2.5 m F 1 1 m A B plate 1 m 2 m D C x...
-
A ball is thrown vertically upward. After t seconds, its height h (in feet ) is given by the function h(t)=48t-16t^(2). After how long will it reach its maximum height?
Study smarter with the SolutionInn App