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3 years ago

You need to clear an obstruction from your firearm. what is the proper tool to use?

2 answers:

8 0

<span>It is very important to practice firearm safety whenever you own a firearm. You should check your barrel frequently to see if there is an obstruction. If you have an obstruction in your firearm, you should make sure your firearm is unloaded before using a cleaning rod to remove any obstruction. After using the cleaning rod, check the barrel again to make sure that all of the obstruction has been removed before reloading your firearm.</span>

OLEGan [10]3 years ago

7 0

The tool used is a Gun cleaning kit

<h2>Further explanation </h2>

You can buy a cleaning tool that has been assembled from a sports shop or assemble the required components yourself. You will need a few basic ingredients to have in your collection of cleaning supplies. A basic set includes:

Cleaning solution
Lubricant or oil
A bore brush
A patch and patch holder
Cleaning stick
Nylon brush
Flashlight
Cotton swabs
Microfiber cloth for rubbing

Empty your weapon. Always take the time to disassemble your weapon and double-check to make sure it has been emptied every time you pick it up for cleaning.

Disassemble your weapon in the manner recommended by the manufacturer. Check the manual in the disassembly instructions section to prepare for weapons cleaning.

Always clean your weapons in a ventilated room. Find a place with good air circulation to clean your weapons. Hazardous solvent fumes can make you sick.

Clean the barrel with a cleaning stick and patch. Soak the boil or in the barrel using a cleaning stick, patch handle, and a cotton patch the right size for your weapon.

Change the bore brush and patch to rub the barrel. Remove the patch holder and attach it to the bore brush. Rub the bore polisher back and forth along the bore, 3 or 4 times to loosen debris. Next, replace the patch holder and use a cotton soaked in lubricant in the boar. Take it off when you get to the front. Repeat this process until the sheets are clean.

Lubricate the barrel. Put a cotton cloth on the cleaning stick. Drop a few drops of the weapon conditioner or lubricant into a cotton cloth and put it in the bore to leave a light layer of gun oil in it.

Clean and lubricate with lubricant. Add lubricant to the brush and brush all parts. Wipe dry with a clean cloth.

Wipe your weapon with a luster. This is a flannelette that is used post-treatment with silicone lubricant. This cloth will release any remaining debris, including fingerprints, and add sparkle.

Learn more

how to clean firearms brainly.com/question/6646184

firearms cleaning tool brainly.com/question/6646184

Details

Class: high school

subject: Social Studies

keywords: gun, kit, tool

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Solution:

We have to solve for x, therefore, we will rearrange the given equation for x.

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Using the calculator,

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Now substitute the value of sin27° into the main equation.

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Q2. tan 18° = n / 75

Solution:
We have to solve for n, therefore, we will rearrange the given equation for n.
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n = 75 × tan 18°
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tan 18° = 0.32
Now substitute the value of tan 18° into the main equation.
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Q3. sin40° = 4 / a

Solution: We have to solve for a, therefore, we will rearrange the given equation for a.
We get,
a = 4 ÷ sin40°
Using the calculator,
sin40° = 0.64
Now substitute the value of sin40° into the main equation.
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Q4. cos5° = 92 / y

Solution: We have to solve for y, therefore, we will rearrange the given equation for y.
We get,
y = 92 ÷ cos5°
Using the calculator,
Cos5° = 0.99
Now substitute the value of cos5° into the main equation.
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y = 92 ÷ 0.99
y = 92.92 (rounded to the nearest hundredth)

Q5: Given the shape attached, therefore, using the triangle given, we have:
Angle of elevation = 35°
length of Opposite side to the angle = x
Length of Hypoteneus = 12
Calculations:
Using the SOH CAH TOA rules:
SOH stands for SineФ = Opposite ÷ Hypotenuse.

CAH stands for CosineФ = Adjacent ÷ Hypotenuse.

TOA stands for TangentФ = Opposite ÷ Adjacent.

Hence,

SineФ = Opposite ÷ Hypotenuse

Substituting the values:

Sine35° = x ÷ 12

0.5735 = x ÷ 12

x = 0.5735 × 12

x = 6.88 (rounded to the nearest hundredth)

Q6: Given the shape attached, therefore, using the triangle given, we have:

Angle of elevation = 54°
length of the adjacent side to the angle = x
Length of Hypoteneus = 30
Calculations:
Using the SOH CAH TOA rules:

Hence,

CosineФ = Adjacent ÷ Hypotenuse

Substituting the values:

Cos54° = x ÷ 30

0.5877 = x ÷ 30

x = 0.5877 × 30

x = 17.63 (rounded to the nearest hundredth)

Q7: Given the shape attached, therefore, using the triangle given, we have:

Angle of elevation = 22°
length of the adjacent side to the angle = 85
length of the opposite side to the angle = x
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Using the SOH CAH TOA rules:

Hence,

TangentФ = Opposite ÷ Adjacent

Substituting the values:

tan22° = x ÷ 85

0.4040 = x ÷ 85

x = 0.4040 × 85

x = 34.34 (rounded to the nearest hundredth)

Q8: Given the shape attached, therefore, using the triangle given, we have:

Angle of elevation = 16°
length of the opposite side to the angle = x
Length of Hypoteneus = 14
Calculations:
Using the SOH CAH TOA rules:
Hence,

CosineФ = Adjacent ÷ Hypotenuse

Substituting the values:

Sine16° = x ÷ 14

0.2756 = x ÷ 14

x = 0.2756 × 14

x = 3.86 (rounded to the nearest hundredth)

Q9: Given the shape attached, therefore, using the triangle given, we have:

Angle of elevation = 65°
length of the adjacent side to the angle = 9
length of the opposite side to the angle = x
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Using the SOH CAH TOA rules:
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TangentФ = Opposite ÷ Adjacent

Substituting the values:

tan65° = x ÷ 9

2.1445 = x ÷ 9

x = 2.1445 × 9

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Q10: Given the shape attached, therefore, using the triangle given, we have:

Angle of elevation = 51°
length of the adjacent side to the angle = x
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Calculations:
Using the SOH CAH TOA rules:
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Substituting the values:

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Angle of elevation = 36°
length of the opposite side to the angle = 15
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Using the SOH CAH TOA rules:
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CosineФ = Adjacent ÷ Hypotenuse

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