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According to the theory the average force Favw, applied to the mass multiplied by the duration...
Analysis of Collisions - Impulse & Momentum Lab Name Group# Course/Section Instructor Table, Mass of Dynamics...
Analysis of Collisions - Impulse & Momentum Lab Name Group# Course/Section Instructor Table, Mass of Dynamics Cart 0.50193 kg Thick Spring Thin Spring Rubber Bumper 0.684 m/s Vi 0.643 m/s 0.647 m/s mvi 0.3433 kg m/s -0.400 m/s 0.3227 kg m/s -0.533 m/s Vf 0.3247 kg/s -0.626 m/s -0.3142 kg m/s 0.6389 kg m/s mvf -0.2007 kg m/s -0.544 kg m/s -0.2675 kg m/s 0.5902 kg m/s p 0.524 Ns 0.612 Ns 0.678 Ns 2.294 s 1.962 s 1.842 s...
According to the theory the mass’s change in momentum and the impulse experienced by the mass sho...
According to the theory the mass’s change in momentum and the
impulse experienced by the mass should be the same. What is the %
difference between the magnitude of the Δp and Iarea for each of
the separate runs. Does this data seem to support the theory?
Analysis Table, Mass of Dynamics Cart a 14.59 Rubber Bumper Thick Spring Thin Spring Vi mvi 0.34% Vi 124 mv Ap larea 1.155 tf At 1155 . 155 0 20 Complete the chart,...
Force of a Baseball Swing. A baseball has mass 0.147 kg . a) If the velocity...
Force of a Baseball Swing. A baseball has mass 0.147 kg . a) If the velocity of a pitched ball has a magnitude of 46.0 m/s and the batted ball's velocity is 53.5 m/s in the opposite direction, find the magnitude of the change in momentum of the ball and of the impulse applied to it by the bat. Express your answer to three significant figures and include the appropriate units. b) If the ball remains in contact with the...
In the following Diagram the force (u) is applied to the mass (M) and another mass...
In the following Diagram the force (u) is applied to the mass
(M) and another mass (m) is connected to it.
2.- (10 Points) In the following Diagram the force (u) is applied to the mass (M) and another mass (m) is connected to it. The coupling between the objects is often modeled by a spring constant (k) with a damping coefficient (b). M b A.- Define what is a Free Body Diagram. B.- Explain the effect of the force...
I need help on everything. Measured Force Constant, k (N/m): 5.29 (20 points) Mass, m (kg)_0.100...
I need help on everything.
Measured Force Constant, k (N/m): 5.29 (20 points) Mass, m (kg)_0.100 kg tittettststtst Time (s) 208 2.94 3.844.12 5.60 6.48 1.36 8.249.14 Period (s) .86.9 -88 -88.88.88.88.9 Calculate the experimental values for the period of oscillation between each consecutive time value, then use those values to calculate the experimental average period value. (10 points) Average Period, Tavg (s): -88 Physical Quantity Crest (m) Trough (m) Amplitude (m) Position Wave 501 .348 0.79 Velocity Wave I-0.57...
i need help with 1, 2, 5, 6 1 Using 0.100 kg as the mass, and the value of your experimental force constant, calcul...
i
need help with 1, 2, 5, 6
1 Using 0.100 kg as the mass, and the value of your experimental force constant, calculate the theoretical value of the period for your spring mass system. (S points) Calculate the % error between your experimental and calculated period. (5 points) 2. 3. In theory, relative to the equilibrium position, where is the mass when its speed is at its maximum? (5 points) At this pasrtian, Kinetic eneray is maximunm and poterntial...
A 10 kg block is dragged by an applied force of 20N, which makes an angle...
A 10 kg block is dragged by an applied force of 20N, which makes an angle of 600 with the horizontal. The coefficient of friction of the surface is. The block starts from rest and is pulled a distance of 7m. Calculate the work done by the applied force? Calculate the work done by the force of friction? What is the resultant work done? What is the final velocity of the block? Recall: work done equals change in kinetic...
Momentum-1-During Complete the following problems in the Solution format. At the end of class, a problem...
Momentum-1-During Complete the following problems in the Solution format. At the end of class, a problem will be selected at random. Please upload the solution for that problem to the assignment on Moodle. Problem 1: An object (2 kg) has several constant forces applied to it for 3 seconds. R = 58N, F2 = -28N, W = - 19.69 N. and Fg = 22.99 N. a) Find the impulse ). (Answer: 98 +9.99 Ns) b) If the initial velocity of...
The difference of momentum entering and exiting a control volume at multiple locations when the streamlines are normal to the control surface and parallel is not equal to the sum of the external force...
The difference of momentum entering and exiting a control volume at multiple locations when the streamlines are normal to the control surface and parallel is not equal to the sum of the external forces. True or False? The force of the weight of a fluid on a pipe bend can be neglected from the resultant force calculation if the bend is in the horizontal plane. True or false? What is the minimum set of values that must be known to...
>15N ТА A force of 150 is applied on a disk as shown in figure. The...
>15N ТА A force of 150 is applied on a disk as shown in figure. The moment of inertia of disk about its center of mass is į mot. The point of rotation and center of mass are the same that is point G in this problem If the radius of disk is 0.5m and the mass is 2kg find the d that is angular accelaration of the disk: If disk starts from rest, find wo that is angular speed...
Analysis of Collisions - Impulse & Momentum Lab Name Group# Course/Section Instructor Table, Mass of Dynamics Cart 0.50193 kg Thick Spring Thin Spring Rubber Bumper 0.684 m/s Vi 0.643 m/s 0.647 m/s mvi 0.3433 kg m/s -0.400 m/s 0.3227 kg m/s -0.533 m/s Vf 0.3247 kg/s -0.626 m/s -0.3142 kg m/s 0.6389 kg m/s mvf -0.2007 kg m/s -0.544 kg m/s -0.2675 kg m/s 0.5902 kg m/s p 0.524 Ns 0.612 Ns 0.678 Ns 2.294 s 1.962 s 1.842 s...
According to the theory the mass’s change in momentum and the
impulse experienced by the mass should be the same. What is the %
difference between the magnitude of the Δp and Iarea for each of
the separate runs. Does this data seem to support the theory?
Analysis Table, Mass of Dynamics Cart a 14.59 Rubber Bumper Thick Spring Thin Spring Vi mvi 0.34% Vi 124 mv Ap larea 1.155 tf At 1155 . 155 0 20 Complete the chart,...
In the following Diagram the force (u) is applied to the mass
(M) and another mass (m) is connected to it.
2.- (10 Points) In the following Diagram the force (u) is applied to the mass (M) and another mass (m) is connected to it. The coupling between the objects is often modeled by a spring constant (k) with a damping coefficient (b). M b A.- Define what is a Free Body Diagram. B.- Explain the effect of the force...
I need help on everything.
Measured Force Constant, k (N/m): 5.29 (20 points) Mass, m (kg)_0.100 kg tittettststtst Time (s) 208 2.94 3.844.12 5.60 6.48 1.36 8.249.14 Period (s) .86.9 -88 -88.88.88.88.9 Calculate the experimental values for the period of oscillation between each consecutive time value, then use those values to calculate the experimental average period value. (10 points) Average Period, Tavg (s): -88 Physical Quantity Crest (m) Trough (m) Amplitude (m) Position Wave 501 .348 0.79 Velocity Wave I-0.57...
i
need help with 1, 2, 5, 6
1 Using 0.100 kg as the mass, and the value of your experimental force constant, calculate the theoretical value of the period for your spring mass system. (S points) Calculate the % error between your experimental and calculated period. (5 points) 2. 3. In theory, relative to the equilibrium position, where is the mass when its speed is at its maximum? (5 points) At this pasrtian, Kinetic eneray is maximunm and poterntial...
Momentum-1-During Complete the following problems in the Solution format. At the end of class, a problem will be selected at random. Please upload the solution for that problem to the assignment on Moodle. Problem 1: An object (2 kg) has several constant forces applied to it for 3 seconds. R = 58N, F2 = -28N, W = - 19.69 N. and Fg = 22.99 N. a) Find the impulse ). (Answer: 98 +9.99 Ns) b) If the initial velocity of...
>15N ТА A force of 150 is applied on a disk as shown in figure. The moment of inertia of disk about its center of mass is į mot. The point of rotation and center of mass are the same that is point G in this problem If the radius of disk is 0.5m and the mass is 2kg find the d that is angular accelaration of the disk: If disk starts from rest, find wo that is angular speed...
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