The values belonging to coefficient in a non-homogeneous equation can be utilized in all the unit systems without any modification. 2. According to the definition in Sl unit system, when 1 Newton force is applied to 1 kg| mass, it causes to acceleration of 1m/s. 3. Specific mass is always higher than specific weight. 4. Įmagine a bucket, in which the water in it is in still condition (i.e. hydrostatic). In this bucket mass forces, normal forces and tangential forces all occurs due to presence of water in the bucket. 5. Kinematic variables are composed of the dimensions of length and time.
The values belonging to coefficient in a non-homogeneous equation can be utilized in all the unit systems without any modification. 2. According to the definition in Sl unit system, when 1 Newton force is applied to 1 kg| mass, it causes to acceleration of 1m/s. 3. Specific mass is always higher than specific weight. 4. Įmagine a bucket, in which the water in it is in still condition (i.e. hydrostatic). In this bucket mass forces, normal forces and tangential forces all occurs due to presence of water in the bucket. 5. Kinematic variables are composed of the dimensions of length and time.
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Transcribed Image Text:1.
The values belonging to coefficient in a non-homogeneous equation can be utilized in all
the unit systems without any modification.
2. According to the definițion in Sl unit system, when 1 Newton force is applied to 1 kg
mass, it causes to acceleration of 1m/s?.
3. Specific mass is always higher than specific weight.
4. Įmagine a buçket, in which the water in it is in still condition (i.e. hydrostatic). In this
bucket mass forces, normal forces and tangential forces all occurs due to presence of
water in the bucket.
5. Kinematic variables are composed of the dimensions of length and time.
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