Solution K4-55 (Figure K4.5 condition 5 S.M. Targ 1989)

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Solution K4-55 (Figure K4.5 condition 5 S.M. Targ 1989)

There is a rectangular plate (Fig. K4.0 - K4.4) or a round plate of radius R = 60 cm (Fig. K4.5 - K4.9), which rotates around a fixed axis. The rotation law φ = f1(t) is given in table. K4. The positive direction of the angle φ is shown in the figures by an arc arrow.

In Fig. 0, 1, 2, 5, 6 the axis of rotation is perpendicular to the plane of the plate and passes through point O (the plate rotates in its plane). In Fig. 3, 4, 7, 8, 9, the axis of rotation OO1 lies in the plane of the plate (the plate rotates in space).

Point M moves along the plate along straight line BD (Fig. 0-4) or along a circle of radius R (Fig. 5-9). The law of its relative motion, i.e. the dependence s = AM = f2(t) (s is expressed in centimeters, t - in seconds), specified in the table separately for Fig. 0—4 and for fig. 5-9. Dimensions b and l are also given in the table. In the figures, point M is shown in a position at which s = AM>0 (with s

It is necessary to find the absolute speed and absolute acceleration of point M at time t1 = 1 s.

Solution K4-55 (Figure K4.5 condition 5 S.M. Targ 1989)

The K4-55 solution is a digital product that is available for purchase in our digital product store. The solution includes detailed descriptions and graphic illustrations to help you better understand the physical phenomena described in the problem.

Figures K4.0 - K4.9 are part of this digital product and contain information about a rectangular plate or a circular plate of radius R = 60 cm, rotating around a fixed axis. The solution also contains the rotation law given in table. K4, as well as the laws of motion of the point M along the plate along the straight line BD or along a circle of radius R, given in the table for each of the figures.

In addition, solution K4-55 shows the dimensions b and l required to solve the problem. The solution contains a detailed description of the solution process, as well as the answer to the question required for the problem - the absolute speed and absolute acceleration of point M at time t1 = 1 s.

Purchasing Solution K4-55 will give you a deep understanding of the physical phenomena described in the problem and will help you solve it successfully. Beautiful html design will allow you to conveniently view the contents of the solution on any device.

Solution K4-55 (Figure K4.5 condition 5 S.M. Targ 1989) is a digital product that contains a detailed description of the physical problem associated with the rotation of a rectangular or circular plate around a fixed axis according to a given rotation law. The solution includes graphic illustrations that will help you better understand the problem, as well as the laws of motion of the point M along the plate along the straight line BD or along a circle of radius R, given in the table for each of the figures. Dimensions b and l are also given in the table.

Solution K4-55 contains a detailed description of the process of solving the problem and the answer to the question required for the problem - the absolute speed and absolute acceleration of point M at time t1 = 1 s. Purchasing Solution K4-55 will allow you to gain a deep understanding of the physical phenomena described in the problem and help you successfully solve it. The solution is designed in a beautiful HTML format, which allows you to conveniently view it on any device.

Solution K4-55 (Figure K4.5 condition 5 S.M. Targ 1989) is a digital product that can be purchased in a digital goods store. The solution contains a detailed description and graphic illustrations that will help you understand the physical phenomena described in the problem.

The problem considers the rotation of a rectangular plate or a circular plate of radius R = 60 cm around a fixed axis according to a given rotation law φ = f1(t), which is indicated in Table. K4. In Fig. 0, 1, 2, 5, 6 the axis of rotation is perpendicular to the plane of the plate and passes through point O (the plate rotates in its plane), and in Fig. 3, 4, 7, 8, 9 the axis of rotation lies in the plane of the plate (the plate rotates in space).

Point M moves along the plate along straight line BD (Fig. 0-4) or along a circle of radius R (Fig. 5-9), and its relative motion is described by the law s = AM = f2(t) (where s is expressed in centimeters, and t - in seconds), which is specified in the table for each of the figures. Dimensions b and l are also shown in the table.

To solve the problem, it is necessary to find the absolute speed and absolute acceleration of point M at time t1 = 1 s. Solution K4-55 contains a detailed description of the solution process and the answer to this question. Purchasing the solution will provide a deep understanding of the physical phenomena described in the problem and help you solve it successfully.

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Solution K4-55 is a device consisting of a rectangular or round plate that can rotate around a fixed axis according to a given law φ = f1(t), which is indicated in table K4. The positive direction of the angle φ is shown in the figures by an arc arrow. The axis of rotation can be perpendicular to the plane of the plate and pass through point O (for figures 0, 1, 2, 5, 6), or lie in the plane of the plate, passing through points O and O1 (for figures 3, 4, 7, 8, 9 ).

Point M moves along the plate along straight line BD (for Figures 0-4) or along a circle of radius R (for Figures 5-9), and its relative motion is described by the dependence law s = AM = f2(t), where s is expressed in centimeters, t is in seconds, and the dimensions b and l are indicated in the table. Point M is shown in the figures in a position at which s = AM > 0.

The K4-55 solution can be used in various technical systems, for example, as a part for mechanisms that require a rotating element.

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