22. The respective storm totals at three surrounding stations A, B and Care 110, 90 and 70 mm. If the normal annual precipitation amounts at stations X, A, B and Care respectively 1000, 1100, 1200 and 1250 mm, the estimated storm precipitation at X is A.75 mm B. 77 mm C 79 mm D.81 mm.

22. The respective storm totals at three surrounding stations A, B and Care 110, 90 and 70 mm. If the normal annual precipitation amounts at stations X, A, B and Care respectively 1000, 1100, 1200 and 1250 mm, the estimated storm precipitation at X is A.75 mm B. 77 mm C 79 mm D.81 mm.

Traffic and Highway Engineering

5th Edition

ISBN:9781305156241

Author:Garber, Nicholas J.

Publisher:Garber, Nicholas J.

Chapter16: Highway Drainage

Section: Chapter Questions

Problem 4P

See similar textbooks

Related questions

Q: The normal annual precipitation of five rain gauge stations A.1 , A.2, B.1 , B.2 , & B.3 are…

A: Given data of precipitation :- Normal Annual precipitation recorded by different raingauge :- NA1…

Q: Q2) The normal annual precipitation at station E is differs from that at station C by 50% and 60%…

A: First we calculate normal precipitation at E and A.

Q: rom the precipitation data given, estimate cumulative rainfall and rainfall intensity. me, min…

A: To determine the estimates cumulative precipitation and intensity of rainfall.

Q: CE 141-2 HW2-A The mass curve of rainfall in a storm of total duration 90 minutes is given below.…

Q: Compute the average precipitation over area showing figure, by two methods. Station P1 P2 P3 P4…

Q: Annual rainfall data for station A as well as the annual rainfall values for a group of three…

Q: The normal annual precipitation of five rain gauge stations A, B, C, D and E respectively 120, 100,…

A: Given:- N1= 120,P1=13.0 N2=100,P2=9.0 N3=75,P3=6.0 N4=110,P4=10.5 N5=130 To find:- Rainfall at…

Q: Problem Solving. Solve the following problems as required by showing all pertinent assumptions, if…

Q: Monthly precipitation in W, B, and A stations was observed to be 11.5, 9.0, and 12.4 cm,…

A: Monthly Precipitation (P) PW = 11.5 cm PB = 9.0 cm PA = 12.4 cm PX = ? Normal Annual Precipitation…

Q: A precipitation station X was inoperative for some time during which a storm occurred. The storm…

Q: Monthly precipitation in W, B, and A stations was observed to be 11.5, 9.0, and 12.4 cm,…

A: Monthly Precipitation (P) PW = 11.5 cm PB = 9.0 cm PA = 12.4 cm PX = ? Normal Annual Precipitation…

Q: Three gauging stations A, B, and C are located inside a rectangular lot area. Each gauging station…

A: Given Data : The radius of circular area covered by gauging station A and b = 56 m and c =8 m ;…

Q: Point rainfalls due to a storm at several rain-gauge stations in a basin are shown in Fig. 3.16.…

A: mean depth is given byPm=P0+P12A1+P1+P22A2+P2+P32A3+P3+P42A4+P4+P52A5+P5+P62A6A1+A2+A3+A4+A5+A6here…

Q: 2. The normal annual precipitation of five rain gauge stations P, Q, R, S and T are 125, 102, 76,…

A: Given data Normal precipitation at station:- P(Np)=125cm Q(Nq)=102 cm R(Nr) =76 cm S(Ns) = 113…

Q: A stormwith 10cm of precipitation producedadirectrunoff of 6.02 cm. The duration of the rainfall was…

A: Given data Precipitation Duration Depth of Precipitation Runoff To find Phi index

Q: A 3-hour storm occurred at a place and the precipitation in the neighboring rain-gage stations P, Q…

A: Given data: Normal precipitation at station P,Q,R,XNX=50 cmNP=45 cmNQ=48 cmNR=53 cm Annual…

Q: 3. Monthly precipitation in W, B, and A stations was observed to be 11.5, 9.0, and 12.4 cm, respec-…

Q: Precipitation station X was inoperative for part of a month during which a storm occurred. The…

Q: Q2) The normal annual precipitation at station E is differs from that at station C by 50% and 60%…

Q: Rainfall distopilation during a light stigin of st at a rain gange in in Table below, 1 Table 1:…

Q: Question Three (3a) In a catchment area, four rain gauge stations namely Station A, B, C and D are…

Q: Time (min Rainfall (mm)2 Cumulative Rainfall 5 10.75 10.75 10 9.25 20 15 12.25 32.25 20 4.5 36.75 25…

Q: If the normal annual precipitation at stations X, A, B, and C are 700 mm, 1000 mm, 900 mm, and 800…

A: Given that , NX=700mm ;PX=? NA=1000mm ;PA=100mm NB=900mm ; PB=90mm NC=800mm ; PC=80mm

Q: 2. Precipitation station X was inoperative for part of a month during which a storm occurred. The…

Q: Three gauging stations A, B, and C are located inside a rectangular lot area. Each gauging station…

Q: Time (hrs) Depth (mm) of rainfall 1 5.86 2 1313 3068 4 16.79 10.53 13

Q: Tavie Q2-2 (e): Cumulative rainfall in a 240-minute storm Time since 0. 30 60 90 120 150 180 210 240…

Q: Q2/ The normal annual precipitation at station is differs from that at station E by 50% from normal…

A: Given Normal annual precipitation at stations A,B,C and D are 120,97,71 and 107 cm Precipitation…

Q: Problem 2. A storm had 3 successive 6-hr intervals of rainfall magnitude of 3.0, 5.0 and 4.0 cm,…

Q: A storm with 10cm of precipitationproduced a directrunoff of 6.02 cm. The duration of the rainfall…

A: From the given rainfall data it is required to find the phi-index

Q: Precipitation station A was inoperative for part of a month during which a storm occurred.The…

A: Station Rainfall Data Normal Annual Precipitation A Missing data 930mm B 97mm 1000mm C 82mm…

Concept explainers

Precipitation

Precipitation forms the basis of the water cycle on the Earth. The air is packed with water molecules in the form of moisture or water vapor. This water vapor usually rises to the atmosphere due to density differences. Precipitation represents any form of water, in liquid form or frozen form that forms in the earth's atmosphere. The water vapor up in the atmosphere condenses due to low temperature and it leads to the formation of clouds. The water vapor that forms clouds on account of condensation, is preferably known as cloud droplet. These cloud droplets when become heavy and can no longer sustain the weight of condensed water droplets, they come to the Earth in the form of rain, snow, ice pellets, and hail. Precipitation patterns, evaporation, and condensation are the three parameters that decide the global water cycle, climate change, and weather. Additionally, smoke and dust particles are equally important parameters for precipitation, as they provide the surface area for the water vapors to get condensed and to form water droplets. So they are known as condensation nuclei. The presence of other pollutants in the air also serves as condensation nuclei. Precipitation always results in the pure water supply to earth, as the salt from the seawater does not evaporate with the water.

Question

22. The respective storm totals at three surrounding stations A, B and C are 110, 90 and 70 mm.
If the normal annual precipitation amounts at stations X, A, B and C are respectively 1000,
1100, 1200 and 1250 mm, the estimated storm precipitation at X is
A.75 mm
B.77 mm
C.79 mm
D.81 mm.

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step 3

VIEW

Step by step

Solved in 3 steps

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, civil-engineering and related others by exploring similar questions and additional content below.

Similar questions

2. Precipitation station X was inoperative for part of a month during which a storm occurred. The respective storm totals at three surrounding stations A, B and C were 98, 80 and 110 mm. The normal annual precipitation amounts at station X, A, B and C are, respectively, 800, 1008, 842 and 1080 mm. Estimate the storm precipitation for station X.
Precipitation station A was inoperative for part of a month during which a storm occurred.The respective storm totals at three surrounding stations B, C, D and E were 97mm, 82mm, 105mm, and 89mm. The normal annual precipitation amounts at station A, B, C, D and E are, respectively, 930mm, 1000mm, 880mm, 970mm and 1015mm. Estimate the storm precipitation for station A. Show compelete Solution
Question # 2 A 3-hour storm occurred at a place and the precipitation in the neighboring rain-gage stations P, Q and R were measured as 3.8, 4.1 and 4.5 cm respectively. The precipitation in the neighboring station S could not be measured since the rain gauge was damaged. The normal annual precipitation in the four stations P, Q, R and S were 45, 48, 53 and 50 cm, respectively. Estimate the storm precipitation at station 'S'.
Monthly precipitation in W, B, and A stations was observed to be 11.5, 9.0, and 12.4 cm, respec-tively. Precipitation for the same month could not be observed at X station. The normal annual precipitation values for X, W, B, and A are 102, 114, 95, and 122 cm, respectively. Estimate the storm precipitation for X station. All these cities are within a 50 km radius.
Please help
3. Monthly precipitation in W, B, and A stations was observed to be 11.5, 9.0, and 12.4 cm, respec- tively. Precipitation for the same month could not be observed at X station. The normal annual precipitation values for X, W, B, and A are 102, 114, 95, and 122 cm, respectively. Estimate the storm precipitation for X station. All these cities are within a 50 km radius.
Problem Solving. Solve the following problems as required by showing all pertinent assumptions, if any, and solutions. 2. Rain gage D was inoperative for a part of the month during which a storm occurred. The storm totals at three adjacent stations A, B, and C were 10.67, 8.89, and 12.19 cm, respectively. The normal annual precipitation for stations A, B, C, and D are, respectively 112.00, 93.47, 119.38, and 97.79 cm. Estimate the storm precipitation for rain gage D.
2. The normal annual precipitation of five rain gauge stations P, Q, R, S and T are 125, 102, 76, 113 and 137 cm respectively. During a particular storm the precipitation recorded by stations P, Q, and S are 13.2, 9.2, 6.8 and 10.2 cm respectively. The instrument at station T was inoperative during that storm. Estimate the rainfall at station T during that storm. (Problem 2.2, Subramanya 4th Ed.)
I need the answer as soon as possible
The normal annual precipitation of five rain gauge stations A.1 ,A.2 , B.1 , B.2 , & B.3 are respectively 125, 102, 76, 113 & 137 cm. During a particular storm, the precipitation recorded by A.1 , A.2 , B.1 , & B.2 are 13.2,9.2,6.8 & 10.2 cm. However, the instrument @ sta. B.3 was inoperative at that time. Estimate the rainfall @ sta. B.3 during that storm. The precipitation @ sta. B.3 during that storm is mm
Q2 (b) A 240-minute storm is recorded with the mass curve in Table Q2-2. (i) Calculate the incremental depth of rainfall in the interval and intensity. (ii) Draw the hyetograph of the storm at 30-minute interval with graph paper in Appendix 1. (iii) Calculate the maximum intensity-duration.
Monthly precipitation in W, B, and A stations was observed to be 11.5, 9.0, and 12.4 cm, respec-tively. Precipitation for the same month could not be observed at X station. The normal annual precipitation values for X, W, B, and A are 102, 114, 95, and 122 cm, respectively. Estimate the storm precipitation for X station. All these cities are within a 50 km radius.