Home
Subjects
Textbook solutions
Create
Study sets, textbooks, questions
Log in
Sign up
Upgrade to remove ads
Only $35.99/year
IERW Fire Support
STUDY
Flashcards
Learn
Write
Spell
Test
PLAY
Match
Gravity
IERW Fires Class
Terms in this set (51)
In order to meet operational objectives, fire support must be:
1. Responsive
2. Coordinated
3. Synchronized
4. Integrated
Fire support effectiveness is measured by:
1. Achieving desired effects on the enemy.
2. Setting the conditions for the decisive operations.
3. Supporting army and joint forces operations.
What are the three parts of fire support system?
1. Target acquisition
2. Fires Command and Control
3. Delivery System / Attack Resources
What is the primary duty of the observer?
Accurately Locate Targets
What information does aerial support provide to the Commander?
1. Intelligence
2. Situation Updates
3. Target Updates
What type of FIST vehicle is assigned to HBCTs?
BFIST
What two things does the Radar give us?
1. Gives grids for the Point of Origin (POO)
2. And the Point of Impact (POI)
The FSCOORD is the primary advisor to whom?
The Commander
What rank is the CAB FSCOORD?
Major
What two types of fires the FSCOORD must coordinate?
1. lethal
2.non-lethal
Name the four Combat Aviation Fire Support Roles?
1. Interdiction
2. Close Combat Attack
3. Counter fire
4. Rear Fire Support
What are the benefits of having Attack Helo's as a delivery asset?
Mobility, Firepower, Reaction Time, No Ground observer requirement.
Which weapon system provide immediate indirect Fire Support for the maneuver battalions and companies?
Mortars
Which howitzer is air transported by UH 60?
M119A2
Which element of the staff does the observer Report target data to?
Fires Cell
Sets with similar terms
JFO Exam
121 terms
TACP CDC VOL 2
100 terms
midterm jtacqc 2019
100 terms
Introduction to fire support
34 terms
Sets found in the same folder
TACP 100 Level
35 terms
TACP (Aircraft Characteristics)
32 terms
CAS brevity terms
42 terms
IR CAS brevity terms
7 terms
Verified questions
ENGINEERING
A water column in a glass tube is used to measure the pressure in a pipe. The tube is 1/4 in. (6.35 mm) in diameter. How much of the water column is due to surface-tension effects? What would be the surface-tension effects if the tube were 1/8 in. (3.2 mm) or 1/32 in. (0.8 mm) in diameter?
ENGINEERING
The Helmholtz function of a substance has the form $a=-R T \ln \frac{v}{v_{0}}-c T_{0}\left(1-\frac{T}{T_{0}}+\frac{T}{T_{0}} \ln \frac{T}{T_{0}}\right)$ where $T_{0}$ and $v_{0}$ are the temperature and specific volume at a reference state. Show how to obtain P, h, s, $c_{v}$ and $c_{p}$ from this expression.
ENGINEERING
3-kg of helium gas at 100 kPa and $27^{\circ} \mathrm{C}$ are adiabatically compressed to 900 kPa. If the isentropic compression efficiency is 80 percent, determine the required work input and the final temperature of helium.
ENGINEERING
An open rectangular settling tank contains a liquid suspension that at a given time has a specific weight that varies approximately with depth according to the following data: $$ \begin{matrix}\text{h (m)} & \mathrm{\gamma (N/m^{3})}\\\text{0} & \text{10.0}\\\text{0.4} & \text{10.1}\\\text{0.8} & \text{10.2}\\\text{1.2} & \text{10.6}\\\text{1.6} & \text{11.3}\\\text{2.0} & \text{12.3}\\\text{2.4} & \text{12.7}\\ \text{2.8} & \text{12.9}\\\text{3.2} & \text{13.0}\\\text{3.6} & \text{13.1}\\\end{matrix} $$ The depth h = 0 corresponds to the free surface. Determine, by means of numerical integration, the magnitude and location of the resultant force that the liquid suspension exerts on a vertical wall of the tank that is 6 m wide. The depth of fluid in the tank is 3.6 m.