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1.0 1 APK | |||||
Size: 7.64 MB Certificate: 279a3b55ed9c260d0153ac3bd1c053efe52695c3 SHA1 signature: 5adeae360ac34621b2edd71b1369f1c1d5a601a9 Architecture: universal Screen DPI: mdpi (160dpi), hdpi (240dpi), xhdpi (320dpi), xxhdpi (480dpi), xxxhdpi (640dpi) Device: laptop, phone, tablet | |||||
1.0 1 APK | |||||
Size: 7.66 MB Certificate: 279a3b55ed9c260d0153ac3bd1c053efe52695c3 SHA1 signature: 9240836e172ae8b2e0b994a20eb5d24d5f527f18 Architecture: universal Screen DPI: mdpi (160dpi), hdpi (240dpi), xhdpi (320dpi), xxhdpi (480dpi), xxxhdpi (640dpi) Device: phone | |||||
1.0 1 XAPK | |||||
Size: 7.44 MB XAPK: 8.28 MB Certificate: 279a3b55ed9c260d0153ac3bd1c053efe52695c3 SHA1 signature: a169fa9db06546d217689b26c2e555f59bd3f902 Architecture: universal Screen DPI: xhdpi (320dpi), xxhdpi (480dpi) Device: phone | |||||
1.0 1 APK | |||||
Size: 7.71 MB Certificate: 279a3b55ed9c260d0153ac3bd1c053efe52695c3 SHA1 signature: 233cf480d81a34fef4148d048ca5a63cb821e3ad Architecture: universal Screen DPI: mdpi (160dpi), hdpi (240dpi), xhdpi (320dpi), xxhdpi (480dpi), xxxhdpi (640dpi) Device: phone | |||||
1.0 1 APK | |||||
Size: 7.67 MB Certificate: 279a3b55ed9c260d0153ac3bd1c053efe52695c3 SHA1 signature: 773f654abf8e7c40a6273052db63ddb9cfed0b4c Architecture: universal Screen DPI: mdpi (160dpi), hdpi (240dpi), xhdpi (320dpi), xxhdpi (480dpi), xxxhdpi (640dpi) Device: phone | |||||
1.0 1 APK | |||||
Size: 7.68 MB Certificate: 279a3b55ed9c260d0153ac3bd1c053efe52695c3 SHA1 signature: a0981c4bb1518a612a179e46df48a84fddcea85e Architecture: universal Screen DPI: mdpi (160dpi), hdpi (240dpi), xhdpi (320dpi), xxhdpi (480dpi), xxxhdpi (640dpi) Device: phone | |||||
1.0 1 APK | |||||
Size: 7.63 MB Certificate: 279a3b55ed9c260d0153ac3bd1c053efe52695c3 SHA1 signature: 0d4bd95eed6ac10c930b78d08663b3a8353d8534 Architecture: universal Screen DPI: ldpi (120dpi), mdpi (160dpi), hdpi (240dpi), xhdpi (320dpi), xxhdpi (480dpi), xxxhdpi (640dpi) Device: phone | |||||
1.0 1 APK | |||||
Size: 7.68 MB Certificate: 279a3b55ed9c260d0153ac3bd1c053efe52695c3 SHA1 signature: 221743cceeaeb6c71ec8db708deb70062aa64b6c Architecture: universal Screen DPI: mdpi (160dpi), hdpi (240dpi), xhdpi (320dpi), xxhdpi (480dpi), xxxhdpi (640dpi) Device: phone |
Download Learn Carburetor Service APK free
learning ideas carburettor
The carburetor is a component for performing carburizing gas into the airflow going into the combustion chamber. That is, this is not just any carburetor petrol entering the combustion chamber but also mengkarburasi. What is that ? carburizing gas is added to a number of air mixing homogeneously, the purpose of this carburizing process is that gas molecules can be spread evenly on the air is blown inside the intake manifold.
Carburetors work using the principle of pressure difference, as you know liquid or gas will always flow to an area of lower pressure. The process that occurs inside the carburetor is so, gasoline could get into intake manifold due to the pressure inside the intake manifold is less than the space inside the container of gasoline in the carburetor.
In the existing intake manifold air flowing into the cylinder chamber machine with varying speeds (depending on the opening of the gas). Of course, the air inside the intake manifold pressure will decrease. Thus, although in the same space that the gas reservoir pressure with the atmospheric pressure, the gas will still be out.
This pressure difference, will be even greater if the intake air flow in faster. Thus, when the engine was gassed at high RPM, automatic air inside the intake flow quickly, the pressure within the intake further down, and gasoline sucked because the pressure difference will be.
tertdapat example carburetor learning at home
Carburetors work using the principle of pressure difference, as you know liquid or gas will always flow to an area of lower pressure. The process that occurs inside the carburetor is so, gasoline could get into intake manifold due to the pressure inside the intake manifold is less than the space inside the container of gasoline in the carburetor.
In the existing intake manifold air flowing into the cylinder chamber machine with varying speeds (depending on the opening of the gas). Of course, the air inside the intake manifold pressure will decrease. Thus, although in the same space that the gas reservoir pressure with the atmospheric pressure, the gas will still be out.
This pressure difference, will be even greater if the intake air flow in faster. Thus, when the engine was gassed at high RPM, automatic air inside the intake flow quickly, the pressure within the intake further down, and gasoline sucked because the pressure difference will be.
tertdapat example carburetor learning at home
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a collection of the latest and complete choice
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Updated in
2022-05-23
Size
7.64 MB
Current version
1.0
Requires Android
4.0 and up
Content Rating
Everyone
Offered By
Kawengapps
Developer [email protected]