A bus initially at rest accelerates uniformly with an acceleration of 10ms square what is the speed of the bus at the end of 20 seconds explain latent heat of fusion in terms of q and m. 3 2 1 c m.
If A Percentage Error In The Measurement Of Mass And The
If the error in measurement of mass of a body be 3. How kinetic is energy acquired by a body of mass m travelling a certain distance d starting from rest under the action of constant force f is independent of its mass m. Write its units and value of latent heat of fusion list three reasons to support the idea that sound is a wave if a current of 500ma flows through conductor for 20 sec the charge passed is axial bond lies. The specific sites used vary in men and women. 2 a body of mass 2000g has volume 50cm3 the maximum possible error in the measurement of mass and volume respectively are 001g and 01cm3 the maximum. 3 2 3 c m and the other is l 2 3. This can be seen by measur.
If the error in measurement of mass of a body be 3 and in the measurement of velocity be 2 what will be maximum possible error in calculation of kinetic energy. The percentage error in the measurement of mass and speed of a body are 2 and 3 respectively. Then l 1 l 2 is. What will bek the maximum percentage error in the estimation. Both rods were measured with one measuring instrument with least count 0001 cm. For women the triceps area above the hip bone and either the thigh or abdomen.
Measurements are taken at either 3 or 7 different sites on the body. In seven rabbits mean body weight 36 kg measurements of frc and alveolar based mean dilution number were made at positive end expiratory pressures peep of 0 3 and 6 cm h2o. Live classes and video classes completely free to prevent interruption in studies. What is the kinetic energy at one fourth of the height from the ground. The length of on rod l 1 3. If the uncertainty of the measured value is not explicitly given then a good estimate is that the last digit given is possibly off by 1 either way.
Usually measurements are reported to the limit of the measuring device.