Stages of team development Stage Name characteristic i Characteristic 2 Characteristic 3
Characteristic 4 1 2 3 4 Sketch the four quadrants. Indicate Adjourn, Convene, the major
elements and characteristics
Solution
Exploration
Exploration
First impressions are key
Confusion/anxiety
2
Competition
Strained relationships
Leader is challenged
Tension and
disunityStagesNameCharacteristicCharacteristicCharacteristicCharacteristic1Forming
Exploration
Exploration
First impressions are key
Confusion/anxiety
2Storming
Competition
Strained relationships
Leader is challenged
Tension and disunity3NormingPositive feeling towards the leader emergeDecisions are being
reached through consensusMembers accept their roles and responsibilitiesCommitment to the
task is high4PerformingTeam clearly knows what it is doing.
All teams go through predictable and unavoidable stages of development. These stages are backed up by research into teams across all industry groups. What are these stages? What can you as a team leader do to make an easier transition into each stage? This session considers some practical advice for accelerate the team’s development and maturity.
All teams go through predictable and unavoidable stages of development. These stages are backed up by research into teams across all industry groups. What are these stages? What can you as a team leader do to make an easier transition into each stage? This session considers some practical advice for accelerate the team’s development and maturity.
Influence is the lifeblood of leadership. What are the four strategies to influence anybody about anything? Good influencers use a variety of ways to persuade their colleagues and team members. This session is designed to broaden and deepen the leader’s influencing capability.
All teams go through predictable and unavoidable stages of development. These stages are backed up by research into teams across all industry groups. What are these stages? What can you as a team leader do to make an easier transition into each stage? This session considers some practical advice for accelerate the team’s development and maturity.
All teams go through predictable and unavoidable stages of development. These stages are backed up by research into teams across all industry groups. What are these stages? What can you as a team leader do to make an easier transition into each stage? This session considers some practical advice for accelerate the team’s development and maturity.
Influence is the lifeblood of leadership. What are the four strategies to influence anybody about anything? Good influencers use a variety of ways to persuade their colleagues and team members. This session is designed to broaden and deepen the leader’s influencing capability.
Teamwork is often a crucial part of a business, as it is often necessary for colleagues to work well together, trying their best in any circumstance. Teamwork means that people will try to cooperate, using their individual skills and providing constructive feedback, despite any personal conflict between individuals.
https://www.apnamba.com/
Summarize the basic concepts of how lidar (laser scanning) and Struct.pdfajantaemporium1
Summarize the basic concepts of how lidar (laser scanning) and Structure from Motion (SfM)
photogrammetry generate point cloud data. Also, describe two scenarios (e.g. time, location, area
of data collection, etc.) that would be advantageous to data collection using each method
respectively. These methods are commonly used with data collected using airplanes or UAVs.
but can also be used with data collected on the ground or from vehicles. Feel free to
conceptualize this assignment with any data collection platforms.
Solution
LIDAR, which stands for Light Detection and Ranging, is a surveying method that measures
distance to a target by illuminating that target with a laser light. These light pulses,combined
with other data recorded by the system, generate precise, three-dimensional information about
the shape of the Earth and its surface characteristics.When a laser is pointed at a targeted area on
the ground, the beam of light is reflected by the surface it encounters. A sensor records this
reflected light to measure a range. When laser ranges are combined with position and orientation
data generated from integrated GPS , scan angles and calibration data, the result is a dense,
detail-rich group of elevation points, called a \"point cloud\". Each point in the point cloud has
three-dimensional spatial coordinates (latitude, longitude, and height) that correspond to a
particular point on the Earth\'s surface from which a laser pulse was reflected.
Structure from motion (SfM) is the photogrammetric range imaging technique for creating three-
dimensional models of a feature or topography from overlapping two-dimensional photographs
taken from many locations and orientations to reconstruct the photographed scene.
Lidar is advantageous :-
SfM is advantageous:-.
Sue has 10 pictures but only has space in her apartment to hang 4 o.pdfajantaemporium1
Sue has 10 pictures but only has space in her apartment to hang 4 of them on a wall. The number
of different arrangements of four pictures from a selection of ten pictures is:
Solution
arrangement will be equal to the no of permutations = 10 P 4 = 10! / (10 - 4)! =10!/ 6! =
10*9*8*7 = 5040
Comment.
More Related Content
Similar to Stages of team development Stage Name characteristic i Characteri.pdf
Teamwork is often a crucial part of a business, as it is often necessary for colleagues to work well together, trying their best in any circumstance. Teamwork means that people will try to cooperate, using their individual skills and providing constructive feedback, despite any personal conflict between individuals.
https://www.apnamba.com/
Summarize the basic concepts of how lidar (laser scanning) and Struct.pdfajantaemporium1
Summarize the basic concepts of how lidar (laser scanning) and Structure from Motion (SfM)
photogrammetry generate point cloud data. Also, describe two scenarios (e.g. time, location, area
of data collection, etc.) that would be advantageous to data collection using each method
respectively. These methods are commonly used with data collected using airplanes or UAVs.
but can also be used with data collected on the ground or from vehicles. Feel free to
conceptualize this assignment with any data collection platforms.
Solution
LIDAR, which stands for Light Detection and Ranging, is a surveying method that measures
distance to a target by illuminating that target with a laser light. These light pulses,combined
with other data recorded by the system, generate precise, three-dimensional information about
the shape of the Earth and its surface characteristics.When a laser is pointed at a targeted area on
the ground, the beam of light is reflected by the surface it encounters. A sensor records this
reflected light to measure a range. When laser ranges are combined with position and orientation
data generated from integrated GPS , scan angles and calibration data, the result is a dense,
detail-rich group of elevation points, called a \"point cloud\". Each point in the point cloud has
three-dimensional spatial coordinates (latitude, longitude, and height) that correspond to a
particular point on the Earth\'s surface from which a laser pulse was reflected.
Structure from motion (SfM) is the photogrammetric range imaging technique for creating three-
dimensional models of a feature or topography from overlapping two-dimensional photographs
taken from many locations and orientations to reconstruct the photographed scene.
Lidar is advantageous :-
SfM is advantageous:-.
Sue has 10 pictures but only has space in her apartment to hang 4 o.pdfajantaemporium1
Sue has 10 pictures but only has space in her apartment to hang 4 of them on a wall. The number
of different arrangements of four pictures from a selection of ten pictures is:
Solution
arrangement will be equal to the no of permutations = 10 P 4 = 10! / (10 - 4)! =10!/ 6! =
10*9*8*7 = 5040
Comment.
Suppose 14 students have tickets for a concert. Three students (Bob,.pdfajantaemporium1
Suppose 14 students have tickets for a concert. Three students (Bob, Jim, and Tom) own cars
and will provide transportation to the concert. Bob\'s car has room for three passengers
(nondrivers), while the cars owned by Jim and Tom each has room for four passengers. In how
many different ways can the 11 passengers be loaded into the cars? At the concert hall the
students are seated together in a row. If they take their seats in random order, find the probability
that the three students who drove their cars have adjoining seats.
Solution
a) 11C3 * 8C4* 4C4 b) favourable case = 3! * 11! total case = 14! probability =
3!* 11! / 14!.
State the differences between potable and palatable water, (b) Draw a.pdfajantaemporium1
State the differences between potable and palatable water, (b) Draw a schematic for
groundwater treatment (include all operational units). List the purpose of each operational unit.
Solution
a)Potable Water:Water which is good for drinking free from all infectants and proper minerals
etc
palatable Water:Water which is aesthitically good in apperence may or may not be good for
drinking,
b)Ground water treatment doesnot include much treatment units because it consists less in
pathogens and pollutants.
The steps involved in the treatment of water is
i)Areation: After collecting water from ground it should be exposed to air for any disolved gases
and odour traps.
ii) Coagulation: After Aeration it should be added with alum for collecting the sediments and
settles down.
iii)Filteration: After coagulation the coagulants settled down should be removed by using Rapid
sand filter.
iv)Chlorination:Chlorine is added to water to remove bacteria and avoid further infection of
bacteria.
v)Distribution: After chlorination the water is distributed to all the houses through different
distribution systems..
Statistics often deals with two types of data data, which talks abo.pdfajantaemporium1
Statistics often deals with two types of data: data, which talks about counts and measurements,
and data, which talks about categories that can be classified into groups. When we record
information, we call each little bit of information an . All together, these bits of information are
called data. An generates a set of data that has some element of randomness or uncertainty.
definition: The set of all possible outcomes of a statistical experiment is called the , and is
represented by the symbol S.
Solution
1.Qualitative statistical Data 2.Quantitative Statistical Data 3.Bits 4.Event 5.Sample
space.
Stands for the line that should be of the letters that have behi.pdfajantaemporium1
* Stands for the line that should be of the letters that have * behind it so that people understand
Task:
A school class of 13 girls and 15 boys. Eight of the girls and ten boys can use
computer. A student randomly picked out. Let J mean that the pupil is a girl, and D mean that
the pupil can use the computer.
Find the following probabilities and explain in words what the terms mean.
P(D)
P(JnD)
P(J*UD)
P(D/J)
Solution
P(D) means probability of people who can use computer =(18/28)/(8/13 +10/15)
=0.50145 p(Jand D) = probability of both using computer and person must be girl = probability
of girl x probability person is using computer = 13/28 x 0.50145 =0.2328 P(J* or D) = means
probability person is not girl or person uses computer = 15 /28 + 0.50145 -0.2328 = 0.80436
P(D/J) =P(D and J)/P(J) = 0.2328/(13/28) = 0.50145.
Some years ago there was an horrific hurricane that hit Hati. Wha.pdfajantaemporium1
Some years ago there was an horrific hurricane that hit Hati. What was the biggest hindrance in
getting supplies to those in need? Please explain.
Some years ago there was an horrific hurricane that hit Hati. What was the biggest hindrance in
getting supplies to those in need? Please explain.
Solution
The natural disasters like hurricane which hit Hati are a major threat for the organizations out
there. These natural disasters can affect the whole functioning of the organization. The main
impact which it can cause is the supply of raw materials from different nations. The
transportation is not possible in the areas where the disasters have taken place. The roadways,
waterways and the airways will be total affected and blocked due to these natural disasters.
In such cases the organizations operating won.
Some recent financial statements for Smolira Golf, Inc., follow SMOLI.pdfajantaemporium1
Some recent financial statements for Smolira Golf, Inc., follow SMOLIRA GOLF, INC Balance
Sheets as of December 31, 2013 and 2014 2013 2014 2013 2014 Assets Liabilities and Owners\'
Equity Current assets Current liabilities Cash Accounts receivable Inventory $ 3,181 3,257
Accounts payable 4,762 5,771 Notes payable 12,498 13,772 Other $ 2,158 $ 2,610 2,126 108
1,755 91 Total $20,441 $22,800 Total $ 4,004 $ 4,844 Long-term debt Owners\' equity $13,300
$ 16,060 Common stock and paid-in surplus Accumulated retained earnings $38,500 $ 38,500
Fixed assets 15,659 39,185 $54,159 $ 77,685 $71,463 $ 98,589 Net plant and equipment $51,022
$75,789 Total Total assets $71,463 $98,589 Total liabilities and owners\' equity
Solution
Formulas
S.R. No.
Ratio Name
Formulas
2013
2014
2013
2014
Short term solevency ratio
a
Current ratio
Current Assets/Current Liabilities
5.10
4.71
20414/4004
22800/4844
b
Quick ratio
(Cash + Marketable Securities + Accounts Receivable)/
Current Liabilities
1.98
1.86
(3181+0+4762)/4004
(3257+0+5771)/4844
c
Cash ratio
(Cash Equivalents + Marketable Securities)/Current Liabilities
0.79
0.67
(3181+0)/4004
(3257+0)/4844
Asset utilisation ratio
d
Total asset turnover ratio
Net Sales/Average Total Assets
1.90
187570/98589
e
Inventory turnover
Cost of Goods Sold/Average Inventory
9.17
126303/13772
f
Receivable turnover
Net Sales/Average Gross Receivables
32.50
187570/5771
Long term solvency ratio
g
Total debt ratio
Total Liabilities/Total Assets
0.24
0.21
(4004+13300)/71463
(4844+16060)/98589
h
Debt-equity ratio
Total Debt/Total Equity
0.25
0.21
13300/54159
16060/77685
i
Equity multiplier
Total assets /total shareholder\'s equity
1.32
1.27
71463/54159
98589/77685
j
Time interest earned ratio
EBIT/Interest Expense
39.40
55944/1420
k
Cash coverage ratio
(EBIT+Non cash exp)/Interest exp
43.15
(55944+5323)/1420
Profitability ratio
l
Profit margin ratio
Net Income /Net Sales
0.19
35441/187570
m
Return on assets
Net Income /(Beginning + Ending Total Assets) / 2
0.36
35441/98589
l
Return on equity
Net Income /Equity
0.46
35441/77685
* As per question year ended figure has been taken whereever required instead of averaged out.
Formulas
S.R. No.
Ratio Name
Formulas
2013
2014
2013
2014
Short term solevency ratio
a
Current ratio
Current Assets/Current Liabilities
5.10
4.71
20414/4004
22800/4844
b
Quick ratio
(Cash + Marketable Securities + Accounts Receivable)/
Current Liabilities
1.98
1.86
(3181+0+4762)/4004
(3257+0+5771)/4844
c
Cash ratio
(Cash Equivalents + Marketable Securities)/Current Liabilities
0.79
0.67
(3181+0)/4004
(3257+0)/4844
Asset utilisation ratio
d
Total asset turnover ratio
Net Sales/Average Total Assets
1.90
187570/98589
e
Inventory turnover
Cost of Goods Sold/Average Inventory
9.17
126303/13772
f
Receivable turnover
Net Sales/Average Gross Receivables
32.50
187570/5771
Long term solvency ratio
g
Total debt ratio
Total Liabilities/Total Assets
0.24
0.21
(4004+13300)/71463
(4844+16060)/98589
h
Debt-equity ratio
Total Debt/Total Equi.
Suppose I have three coins in my pocket the first lands heads with p.pdfajantaemporium1
Suppose I have three coins in my pocket: the first lands heads with probability 0.1, the second
with probability 0.5, and the third with probability 0.9. I select a coin at random from my pocket
and toss it twice. Let C1 denote the event that I choose coin i, for i = 1,2,3, and Hn denote the
event that the nth toss lands heads, for n = 1,2. Invoke the formula with the \'info\' being the
event H1, to find P(H2/H1).
Solution
P(Ci I H1)=0.1*2/3; 0.5*2/3; 0.9*2/3.
P(H2 I H1)=(i=1 to 3) P(Ci I H1)P (H2 I Ci,H1) =0.713.
Suppose F = C,V is finite-dimensional, T in L(V), all the eigenvalues.pdfajantaemporium1
Suppose F = C,V is finite-dimensional, T in L(V), all the eigenvalues of T have absolute value
less than 1, and epsilon > 0. Prove that there exists a positive integer m such that ||T^mv|| leq e
||v|| for every v in V.
Solution
Given that F =C and V is finite dimensional
As all the eigen values are <1
Hence For Epsilon >0
T(v) /||V|| <1
Hence ||T^m(V) || = |T(V)|m
But as |x+y|<=|x|+|y|
|T(V)|m<= |T(v)|+T(V)+.... m times
As each eigen value is <1
||T^m(V) ||.
Suppose f Z Z has the rule f(n) = 2n - 5. Is f an inverti.pdfajantaemporium1
Suppose f : Z > Z has the rule f(n) = |2n - 5|.
Is f an invertible function? If not, why not.
(NOTE: Remember that |n| is the notation for the absolute value of |n| .)
a. Yes
b. No, the function is not one-to-one (but is onto).
c. No, the function is not onto (but is one-to-one).
d. No, the function is neither one-to-one nor onto.
Solution
c. No, the function is not onto (but is one-to-one)..
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Stages of team development Stage Name characteristic i Characteri.pdf
1. Stages of team development Stage Name characteristic i Characteristic 2 Characteristic 3
Characteristic 4 1 2 3 4 Sketch the four quadrants. Indicate Adjourn, Convene, the major
elements and characteristics
Solution
Exploration
Exploration
First impressions are key
Confusion/anxiety
2
Competition
Strained relationships
Leader is challenged
Tension and
disunityStagesNameCharacteristicCharacteristicCharacteristicCharacteristic1Forming
Exploration
Exploration
First impressions are key
Confusion/anxiety
2Storming
Competition
Strained relationships
Leader is challenged
Tension and disunity3NormingPositive feeling towards the leader emergeDecisions are being
reached through consensusMembers accept their roles and responsibilitiesCommitment to the
task is high4PerformingTeam clearly knows what it is doing
