The following “small angle” approximation for the sine is used in many engineering applications to obtain a simpler model that is easier to understand and analyze. This approximation states that
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System Dynamics
- 1)arrow_forward@AB = 4 rad/s %AB = 6 rad/s² 0.5 m 45° B/C 1 m 60° IC Now let's look closer at Figure 2 from the prior question. By drawing lines that pass through points B and C which are perpendicular to their velocities (the red lines in the figure above) we can locate the IC at the intersection (the star). Now we can use some basic trig to figure out the distance TB/Ic labeled in the figure, which is the radial distance from the IC to point B. I've drawn in a green dashed line that creates two right triangles to help with the trig. What is the distance TB/IC? Give your answer in m but don't type the unit.arrow_forward1arrow_forward
- The slope of the curve increases The slope of the curve decreases Vertical axis (y) 10 None of these 8 The slope of the curve will not change (5.0,5.0) 5.0 Horizontal axis (x) elasticity of curve: 0.25 This question is about the slope of a curve. The interactive above may be helpful in answering the following question. For a curve with an elasticity of 2.1, and a position of 2, as the x of point increases..... position of curve: 5 x of point: 5 Slope = 0.3arrow_forwardWhat's the mean of the following points? x = [-3 3 4 2 -1 1 4 5] Type your answer...arrow_forwardEx=A/X The formula defines: Select one: 1. Relative Error 2. Reduced Error 3. Absolute Errorarrow_forward
- x-axis 1 unit = 1cm y-axis 1 unit = 5 °C 90 80 70 60 50 40 30 20 10 x ст 1 2 3 4 7 8. 9. 10 Distance of the test point from the hot end in centimeter Temperature in degree celsiusarrow_forwardCan you please show the complete solution of the image below. Thanks! Subject: Mechanical Vibrationarrow_forwardFind the dimensions of D and B assuming that the andrade's equation is dimensionally correct.arrow_forward
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