**Content:** d1-48.zip (29.37 KB)

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Meeting the challenge of D1 Option 48 Reshebnik on theoretical mechanics to Taskbook Targ SM 1982.

Subject objectives D1 - complex motion of a point.

Check the condition of the task D1 (Pages 50-53, zadachnik Targ SM 1982):

Cargo weight D m, A received at an initial speed v0 is moving in a curved pipe AVS situated in a vertical plane; pipe sections, or both slope, or one horizontal and one inclined (Figure D1.0 -. D1.9, Table D1.).

In the AB portion of the cargo except gravity constant force Q (its direction is shown in the figures) and the strength of the medium resistance R, depending on the speed v load (directed against the motion); friction load on the pipe on the AB area neglected.

At the point in Georgia will not change its speed, moves to BC portion of the pipe, where it except gravity acting frictional force (a tube f = 0,2 load the coefficient of friction), and a variable power of the F, Fx whose projection on the x-axis is defined in table.

Considering the load of the material point and knowing the distance AB = l and the time t1 the movement of cargo from point A to point B, to find the law of cargo movement at the site the sun, that is. E. X = f (t), where x = BD.

Subject objectives D1 - complex motion of a point.

Check the condition of the task D1 (Pages 50-53, zadachnik Targ SM 1982):

Cargo weight D m, A received at an initial speed v0 is moving in a curved pipe AVS situated in a vertical plane; pipe sections, or both slope, or one horizontal and one inclined (Figure D1.0 -. D1.9, Table D1.).

In the AB portion of the cargo except gravity constant force Q (its direction is shown in the figures) and the strength of the medium resistance R, depending on the speed v load (directed against the motion); friction load on the pipe on the AB area neglected.

At the point in Georgia will not change its speed, moves to BC portion of the pipe, where it except gravity acting frictional force (a tube f = 0,2 load the coefficient of friction), and a variable power of the F, Fx whose projection on the x-axis is defined in table.

Considering the load of the material point and knowing the distance AB = l and the time t1 the movement of cargo from point A to point B, to find the law of cargo movement at the site the sun, that is. E. X = f (t), where x = BD.

After payment you will receive a link to a zip-archive with a solution of 1 Dynamics version 00 on theoretical mechanics of Reshebnik Targ SM 1982 for part-time students.

The decision is made by the methodical instructions and control tasks for part-time students of construction, transport, machine-building and instrument-making professions universities.

The decision is decorated in word format with all necessary explanations ..

Please leave the decision after receiving a positive response. And you get a voucher with a discount on the next purchase.

Thank you in advance.

The decision is made by the methodical instructions and control tasks for part-time students of construction, transport, machine-building and instrument-making professions universities.

The decision is decorated in word format with all necessary explanations ..

Please leave the decision after receiving a positive response. And you get a voucher with a discount on the next purchase.

Thank you in advance.

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