raisinette asked:


Please tell me if this makes sense, This isn’t all of it but I didn’t think anyone would want to read the whole thing. This is just the first part, the rest is about 10 pages long. I still have to write it.
The controlled mode, which is also known as Command Detonation, the mine will be detonated by the operant while the forward edge of the enemy will approach in the killing zone, primarly 20-30 meters where the maximum casualities will occur.

The controlled detonator mode can be adept by the use of the electrical or non electrical firing system. In the moment when mines are engaged in the controlled roll, they will be treated equally as the individual weapons and will be reported for the inclusion in the unit fire plan. However, they are not reported as mines yet the emplacing unit fire plan. The m57 firing device, which is also known as the clacker, is incorporated with the Claymore Mine in order to be used in control mode. When the Claymore mines are daisy chained together, the M57 will inaugurate several claymore mines.

In uncontrolled mode, also known as the Victim Initationed Detonation. the mine will be installed in a manner to cause a target to detonate the mine. The mines which are engaged in this manner are to be reported and further on recorded as land mines. Many mechanisms are used to initiate the Claymore Mine, such as the M142 multipurpose firing device, tripwires, strikers, infrared sensors, acoustic and vibration sensors, and the m5 pressure release device also known as the mousetrap.

In time-delayed mode, the firing will contain the fuse igniter as well as the applicable short time fuse in order to allow the mine to be used as a pursuit detterent. This may be combined with the CS Grenade, or the bag containing the irritant contained in the CS Grenade.

Download TV Shows

nospoon1117 asked:


I just had a 3.8L V6 motor (Jasper rebuild) put in my 2000 Chevy Impala. After new plugs, plug wires, and cleaning the injectors. I am still plauged with a misfire on cylinder 6. Cylinder 3 was the only one misfiring initially, new plugs fixed that. But I still had a rough idle that wouldn’t go away for the first couple of minutes after starting (I would hear what sounded like water passing through the heater coil at about the same time the idle would smooth out). So my mechanic put the coolant system under vacuum to make sure there were no air pockets, but the problem still persisted. Then Cylinder 5 and 6 started acting up about 2 weeks later. Still having the rough idle, but now it is cutting out when I accelerate and getting worse, with the check engine light coming on, also occasionaly hearing a small pop under the hood while it is cutting out. The error(s) it reads on the meter are misfires. It was cylinders 5 and 6 that self destructed on my other motor with only 90k.

Tennis Live TV

F = ma asked:


My program can be found bellow. The program collects kWh readings from a user. The user gets the reading from their meter. The meter counts up to 99999 and loops back to 0 and continues counting. For example, if your meter reads 99900 kWh one month, and 50 the next month, 150 kWh has been used, right? I just need my program to do that. Everything else works. Any ideas? Thanks!
Here it is:

import java.util.Scanner;

public class Electricity
{
public static void main(String[] args)
{
Scanner in = new Scanner(System.in);

//Prompt user
System.out.print(This program will take the kilowatt-hour(s) (kWh) reading);
System.out.println( from last month and this month, and calculate your bill);
System.out.println( );

//List prices
System.out.println(Kilowatt-Hours Used Charge);
System.out.println(Less than 1000 7 cents per kWh);
System.out.println(1000-2500 $70, plus 5 cents per kWh for each kWh above 1000);
System.out.println(More than 2500 $145, plus 3 cents per kWh for each kWh above 2500);
System.out.println( );

//Collect input
System.out.print(Please enter last months kWh reading[0-99999]: );
int lastMonth = in.nextInt();
System.out.println( );
System.out.print(Please enter this months kWh reading[0-99999]: );
int thisMonth = in.nextInt();
System.out.println( );

//Determine total kWh used in month
int month = Math.abs(thisMonth - lastMonth);

System.out.println(You entered readings of + lastMonth + and + thisMonth + kWh.);
//If this month’s or last month’s readings are above 99999, tell user
//they inputed an invalid value
if (thisMonth 99999 || lastMonth 99999)
{
System.out.println(You have entered an invalid input value, so no bill will be produced);
}
//If less than 1000 kWh, 7 cents per kWh
else if (month = 1000)
{
double small = 0.07 * month;
System.out.printf(You used + month + kilowatt-hour(s), and you owe $%1.2f., small);
}
//If between 1000 and 2500 kWh, $70 plus 5 cents for each kWh above 1000
else if (month = 2500)
{
double medMonth = (month - 1000) * 0.05;
double medium = medMonth + 70;
System.out.printf(You used + month + kilowatt-hour(s), and you owe $%1.2f., medium);
}
//If more than 2500, $145 plus 3 cents per kWh above 2500
else
{
double lgMonth = (month - 2500) * 0.03;
double large = lgMonth + 145;
System.out.printf(You used + month + kilowatt-hour(s), and you owe $%1.2f., large);
}
System.out.println( );
}
}

Spyware Cleaner

roe3738 asked:


Which of the following statements is false?

A. A bacteriophage is a virus that attacks bacteria.
B. Some complex viruses have a genome with both RNA and DNA.
C. Viruses cannot reproduce by themselves; they must infect a host cell in order to replicate.
D. In general, viruses are smaller than bacteria.
2. Read the statements below, then select the correct answer from the choices.

Statement #1: HIV is the virus associated with AIDS.
Statement #2: Epstein-Barr is the virus associated with warts.
Statement #3: Herpes virus causes cold sores.
Statement #4: Human papilloma virus causes mononucleosis.

A. All of the above statements are true.
B. None of the above statements are true.
C. Statements #1 and #3 are correct, but statements #2 and #4 are incorrect.
D. Statements #2 and #4 are correct, but statements #1 and #3 are incorrect.
3. Lytic viruses ___________.

A. typically have short incubation periods
B. destroy the host cells
C. use the host cells’ resources for survival
D. all of the above
4. Which of the following statements is true about virus shape?

A. A helical virus has many sides and is roughly spherical; a polyhedral virus is shaped like a rod, with capsid proteins winding around the core in a helix; and a complex virus consists of a polyhedral head attached to a helical tail.
B. A complex virus has many sides and is roughly spherical; a polyhedral virus is shaped like a rod, with capsid proteins winding around the core in a helix; and a helical virus consists of a polyhedral head attached to a helical tail.
C. A polyhedral virus has many sides and is roughly spherical; a helical virus is shaped like a rod, with capsid proteins winding around the core in a helix; and a complex virus consists of a polyhedral head attached to a helical tail.
D. None of the above statements are true.
5. The protein coat of a virus is called the __________, while the inner core is known as the ___________.

A. capsid; genome
B. genome; cell wall
C. mitochondrion; capsid
D. ectophage; endophage
6. Scientists believe most viruses are somewhere between 20 and 400 nanometers long. How many nanometers are there in one meter?

A. one thousand
B. one million
C. one trillion
D. one billion
7. In a lysogenic infection, __________.

A. the virus genetic material is incorporated into the host cell’s chromosomes, forming a provirus
B. the virus genetic material may replicate with the host cell for many generations
C. it might take years before the virus actually harms the organism
D. all of the above
8. Which of the following statements best describes reverse transcriptase?

A. It is a protein secreted by cells in the immune system in response to a foreign substance.
B. It is a special enzyme carried by retroviruses that changes RNA to DNA.
C. It is the name of the virus that causes polio.
D. It is the name of an enzyme carried by viruses that allows them to carry out respiration.
9. Which of the following statements is false?

A. HIV is an example of a retrovirus.
B. Human papilloma is an example of a lysogenic virus.
C. Influenza virus is a lytic virus.
D. TMV is an example of a DNA virus.
10. Some viral illnesses can be contained with __________, which contain a weakened form of a virus. The weakened virus does not actually infect the organism, but it stimulates the immune system to produce antibodies.

A. vaccines
B. mutations
C. glycoproteins
D. prophages
Help Me Please!!!!!!!!!! I Have To Pass

Iphone Ringtones

Cyber C asked:


1. Find two numbers whose difference is 15 and whose sum is 73.

2. The length of a rectangle is three times its width. Find its dimensions if its perimeter is 144 meters.

3. One of the complementary angles exceeds the smaller by 60. What is the measure of each angle?

4. In two years a girl will be four-fifths as old as her brother. Four years ago she was five sevenths as old as he is. Find their present ages.

5. The sum of the digits of a number is 16. If the digits are reversed, the number is increased by 18. Find the number.

6. The numerator of a fraction is 2 less than the denominator. If 1 is subtracted from each, the resulting fraction is 3/4. Find the original fraction.

7. X’s mother is 8 years younger than her father. When they were married, she was 5/7 as old as he. How old was each when they got married?

8. Solve the system of linear equations using determinants.
3x+2y=5
4x+3y=10

9. Solve for the values of the three variables.
x+y+z=3
2x-y+2z=3
x-2y-z=-2

Download Wii Games

Phenias B asked:


Working as part of the National Science Foundation’s West Antarctic Ice Sheet Divide (WAIS Divide) Ice Core Project, a team of scientists, engineers, technicians, and students from multiple U.S. institutions have recovered a 580-meter (1,900-foot) ice core — the first section of what is hoped to be a 3,465-meter (11,360-foot) column of ice detailing 100,000 years of Earth’s climate history, including a precise year-by-year record of the last 40,000 years.

The dust, chemicals, and air trapped in the two-mile-long ice core will provide critical information for scientists working to predict the extent to which human activity will alter Earth’s climate, according to the chief scientist for the project, Kendrick Taylor of the Desert Research Institute of the Nevada System of Higher Education. DRI, along with the University of New Hampshire, operates the Science Coordination Office for the WAIS Divide Project.

WAIS Divide, named for the high-elevation region that is the boundary separating opposing flow directions on the ice sheet, is the best spot on the planet to recover ancient ice containing trapped air bubbles — samples of the Earth’s atmosphere from the present to as far back as 100,000 years ago.

While other ice cores have been used to develop longer records of Earth’s atmosphere, the record from WAIS Divide will allow a more detailed study of the interaction of previous increases in greenhouse gases and climate change. This information will improve computer models that are used to predict how the current unprecedented high levels of greenhouse gases in the atmosphere caused by human activity will influence future climate.

The WAIS Divide core is also the Southern Hemisphere equivalent of a series of ice cores drilled in Greenland beginning in 1989, and it will provide the best opportunity for scientists to determine if global-scale climate changes that occurred before human activity started to influence climate were initiated in the Arctic, the tropics, or Antarctica.

The new core will also allow investigations of biological material in deep ice, which will yield information about biogeochemical processes that control and are controlled by climate, as well as lead to fundamental insights about life on Earth.

Says Taylor, We are very excited to work with ancient ice that fell as snow as long as 100,000 years ago. We read the ice like other people might read a stack of old weather reports.

The WAIS project took more than 15 years of planning and preparation, including extensive airborne reconnaissance and ground-based geophysical research, to pinpoint the one-square-kilometer (less than a square mile) space on the 932,000-square-kilometer (360,000-square-mile) ice sheet that scientists believe will provide the clearest climate record for the last 100,000 years.

With only some 40 days a year when the weather is warm enough for drilling — yesterday’s temperature was a balmy -15 degrees Celsius (5 degrees Fahrenheit) — it is expected to take until January 2010 to complete the fieldwork.

For the project, Ice Coring and Drilling Services of the University of Wisconsin-Madison built and is operating a state-of-the-art, deep ice-coring drill, which is more like a piece of scientific equipment than a conventional rock drill used in petroleum exploration. The U.S. Geological Survey National Ice Core Laboratory in Denver designed the core handling system. Raytheon Polar Services Corporation provides the logistical support. The NSF Office of Polar Programs-U.S. Antarctic Program funds the project. The core will be archived at the National Ice Core Laboratory, which is run by the USGS with funding from NSF.

Wii Console Games

Rayn A asked:


For my assignment I have to compute a code that, lets the user input the measurement in feet, outputs metres.
my code is:
Public Class Form1

Private Sub Label1_Click(ByVal sender As System.Object, ByVal e As System.EventArgs) Handles Label1.Click

End Sub
Private Sub Button2_Click_1(ByVal sender As System.Object, ByVal e As System.EventArgs) Handles Button2.Click

End Sub
Private Sub Button1_Click_2(ByVal sender As System.Object, ByVal e As System.EventArgs) Handles Button1.Click

End Sub

Private Sub TextBox1_TextChanged(ByVal sender As System.Object, ByVal e As System.EventArgs) Handles TextBox1.TextChanged

factor = 0.308 ‘Conversion factor feet to metres

feet = Val(TextBox1.Text) ‘reads in number of feet

metres = factor * feet ‘calculates number of meters

TextBox2.Text = Str(metres) ‘prints answer

End Sub
Private Sub TextBox2_TextChanged(ByVal sender As System.Object, ByVal e As System.EventArgs) Handles TextBox2.TextChanged
End Sub
End Class
That’s my code, can’t figure out what’s wrong with it.

Also this is an example of what it looks like when it’s done. thanks.
http://img511.imageshack.us/img511/6115/endresultuq6.png

Remove Spyware

Steve B asked:


I’ve owned a ‘01 Subaru Outback Sedan for a year and a half. I bought it from a family man in Southern New Jersey. It’s required maintenance since I purchased it. Replaced the ball joints, rotors, breaks, tires, spark plugs, O2 sensor, and I got the fuel system flushed. I’ve driven the car almost 40,000 miles since I purchased it. Cross country and my last freelance gig had me traveling everywhere in the car.

For the past few months the car has been sluggish between 1500rpm-2500rpm and that range has widened to possibly 1200rpm-3000rpm now. I can’t accelerate properly when this is happening intermittently when accelerating. Until recently, I could get the car out on the highway no problem and it was just giving me problems sometimes around town. Now occasionally the car stalls when idling. Other times it can’t go in reverse smoothly at all. About 50% of the time it runs fine.

A similar feeling happened when the car couldn’t accelerate uphill easily. The problem was the O2 sensor then. The Engine Knocked when going uphill. A similar uphill phenomenon happened right before I got the spark plugs replaced and the fuel system flushed. Now its happening whenever it feels like it wants to. It could be a vacuum leak, I thought.

I had a chance to drop by Advance Auto today and check the error code because my Check Engine decided to stay on for awhile this time. The error on that device read P1137 Manufacturer Control Fuel Air Metering. One a website I found this code also means Front oxygen (A/F) sensor circuit range/performance problem.

http://www.troublecodes.net/Subaru/

There’s two O2 sensors in my car, one upstream another downstream, its possible the second sensor is malfunctioning? Should I go back to the shop that fixed the O2 sensor a year ago and ask them fix this? Or could it be an air leak around that sensor? They charged me around $160, they drove me home when I dropped off the car and they are a family operation. I’ve also been referred to a guy that used to work for Subaru and now has his own garage.

Download Wii Games

Phenias B asked:


Working as part of the National Science Foundation’s West Antarctic Ice Sheet Divide (WAIS Divide) Ice Core Project, a team of scientists, engineers, technicians, and students from multiple U.S. institutions have recovered a 580-meter (1,900-foot) ice core — the first section of what is hoped to be a 3,465-meter (11,360-foot) column of ice detailing 100,000 years of Earth’s climate history, including a precise year-by-year record of the last 40,000 years.

The dust, chemicals, and air trapped in the two-mile-long ice core will provide critical information for scientists working to predict the extent to which human activity will alter Earth’s climate, according to the chief scientist for the project, Kendrick Taylor of the Desert Research Institute of the Nevada System of Higher Education. DRI, along with the University of New Hampshire, operates the Science Coordination Office for the WAIS Divide Project.

WAIS Divide, named for the high-elevation region that is the boundary separating opposing flow directions on the ice sheet, is the best spot on the planet to recover ancient ice containing trapped air bubbles — samples of the Earth’s atmosphere from the present to as far back as 100,000 years ago.

While other ice cores have been used to develop longer records of Earth’s atmosphere, the record from WAIS Divide will allow a more detailed study of the interaction of previous increases in greenhouse gases and climate change. This information will improve computer models that are used to predict how the current unprecedented high levels of greenhouse gases in the atmosphere caused by human activity will influence future climate.

The WAIS Divide core is also the Southern Hemisphere equivalent of a series of ice cores drilled in Greenland beginning in 1989, and it will provide the best opportunity for scientists to determine if global-scale climate changes that occurred before human activity started to influence climate were initiated in the Arctic, the tropics, or Antarctica.

The new core will also allow investigations of biological material in deep ice, which will yield information about biogeochemical processes that control and are controlled by climate, as well as lead to fundamental insights about life on Earth.

Says Taylor, We are very excited to work with ancient ice that fell as snow as long as 100,000 years ago. We read the ice like other people might read a stack of old weather reports.

The WAIS project took more than 15 years of planning and preparation, including extensive airborne reconnaissance and ground-based geophysical research, to pinpoint the one-square-kilometer (less than a square mile) space on the 932,000-square-kilometer (360,000-square-mile) ice sheet that scientists believe will provide the clearest climate record for the last 100,000 years.

With only some 40 days a year when the weather is warm enough for drilling — yesterday’s temperature was a balmy -15 degrees Celsius (5 degrees Fahrenheit) — it is expected to take until January 2010 to complete the fieldwork.

For the project, Ice Coring and Drilling Services of the University of Wisconsin-Madison built and is operating a state-of-the-art, deep ice-coring drill, which is more like a piece of scientific equipment than a conventional rock drill used in petroleum exploration. The U.S. Geological Survey National Ice Core Laboratory in Denver designed the core handling system. Raytheon Polar Services Corporation provides the logistical support. The NSF Office of Polar Programs-U.S. Antarctic Program funds the project. The core will be archived at the National Ice Core Laboratory, which is run by the USGS with funding from NSF.

Spyware Removal

#1 Vanessa Hudgens Supporter asked:


The German army in World War I shelled Paris with very large artillery pieces. These so-called ‘Paris Guns’ were actually a combination of two mortars stuck together. Pointed 55 degrees above the horizon, they fired shells with an initial speed of 1700 meters per second.

The guns were first used on March 23, 1918, a few days after the German army launched its last great offensive on the Western front. Three of the guns were located in Crepy-en-Laonnoise (about 8 km west-north-west of Laon), just behind the German lines.

Ok, I will show the parts I have solved so far first.

In the absence of air resistance, what was the range of the ‘Paris’ guns?

D = 277113.43613 m

How long was the shell in the air?

Time = 284.195607202 s

What is the distance from Crepy-en-Laonnoise to Paris?

D = 100 km (aka 100000 meters)

These 2 questions below are where it all falls apart:

If the Germans had wanted to shell London from the same spot in Crepy, what muzzle velocity would the shells have needed?

The distance from London to Crepy is 382797.19 m

Placing artillery on high ground extends its range. If the Germans wanted to shell London from Crepy with their existing ‘Paris’ guns, to what altitude would they have needed to lift the guns?

To be honest, all my attempts have been incorrect and I don’t even think I’m close, so if someone can show me how these 2 parts are done it’d help alot.

I couldn’t even comeup with a system to solve the first problem, so I have no work to show.

As for the second: (And none of this may even be remotely close) I tried it this way:

Vo x = 975.079941797
D Crepy to London/ Vo = T for mortar to make trip
T = 392.580314281 s

D = Vo y * t - 4.9 ( t^2 )
Answer is positive, since its height above ground.
D = 208493.541605 m

This answer is wrong.

Anyway, need help really bad, thanks!

Additional info: Vo y to paris = 1392.55847574 m/s

Verizon Ringtone