Marble A is placed in a hollow tube, and the tube is swung in a horizontal plane causing the marble to be thrown out. As viewed

Explanation:

At a temperature of and relative humidity of 86%, the humidity ratio stands at 0.0223 with a specific volume of 14.289.

At a temperature of and relative humidity of 40%, the humidity ratio is 0.0066 while the specific volume is 13.535.

To determine the mass of air, the following formula can be used:

Now, we will calculate the volume

The duration required to fill the cistern can be determined with the equation:

By substituting the values into the preceding formula, we find:

Thus, the hours necessary to fill the cistern amount to 4.65 hours.

Answer:

The following represents the answer.

Explanation:

Calculation for the maximum yield strength of a single crystal of Fe subjected to tension can be found in the attached image.

The maximum yield strength value is 54 MPa.

Response:

a) 144.000 seconds

b) and c) Battery voltage and power graphs are in the attached image.

     where D:{0<t h="" />

d) 1620 J

Description:

a) The initial response is derived via a rule of three

b) Using the line equation from the starting point (0 seconds, 1.5 V)

where m denotes the slope.

where V represents voltage in volts and t signifies time in seconds

along with P and m.

d) By evaluating that count.

Answer:

  M_o = 18.84 N*m clockwise.  

Explanation:

Given:

- Force F = 120 N

- Length b = 610 mm

- Height h = 330 mm

Required:

Calculate the moment M_o at the origin and its direction:

Solution:

- The force is divided into components F_x and F_y along the base b and height h, respectively:

                    F_x = F*cos(Q)

                    F_x = F*(h / sqrt(h² + b²))

                    F_x = 120*(330 / sqrt(330² + 610²))

                    F_x = 57.098 N

- The F_y component can be excluded as it passes through the origin, resulting in zero moment.

- The moment at point O is calculated as:

                     M_o = F_x * h

                     M_o = 57.098*.33

                    M_o = 18.84 N*m clockwise.