For fixed values of M (non-zero) and θ, is there a hanging mass value, m, that would result in an acceleration equal to g? If so, determine the value.
-This refers to a half atwood machine and the relating formula is found below
Homework Answers
Comment for any further help.
Add Answer to:
For fixed values of M (non-zero) and θ, is there a hanging mass
value, m, that...
Equation 19 is written below the question. ' Need aid with 4 and 5 train car!Explain....
Equation 19 is written below
the question. '
Need aid with 4 and 5
train car!Explain. 4. For fixed values of M (non-zero) and 0, is there a hanging mass value, m, that would result in an acceleration equal to g? If so, determine the value. 5. Using Eq. (19), derive the formula (in simplest form) for the tension in the cord in terms of m, M, 0, and g. -M Sne G=m- MtM
With M=mass of the disk, m= hanging mass, R=radius of the disk, r=radius of the spool...
With M=mass of the disk, m= hanging mass, R=radius of the disk, r=radius of the spool , a= linear acceleration , and α=angular acceleration , which formula gives the torque of the tension force, τ? A. τ=mgr B. τ=mαR C. τ=m(g-a)r D. τ=m(g-a)R E. τ=(M-m)(g-a)R F. None of the above
Solve all the questions please! mass M-mg tension T Now assume that the value of M...
Solve all the questions please!
mass M-mg tension T Now assume that the value of M is double the value found in part (a). Find the folowing in terms of m, g, and θ. acceleration a- tension e that the coefficent of static friction between m and 2m and the inclined plane is μ. and that the system is in equl rium. Find the following n terms of pa m Next, asa g,and θ. maximum value of M manimun valin...
A block of mass m is hanging from a cord that is wrapped around a pulley...
A block of mass m is hanging from a cord that is wrapped around a pulley with radius R and moment of inertia I. When the block is released from rest, the pulley will rotate counterclockwise. Part A Solve for the acceleration of the block (your answer can include m,g,R, and I) Part B Draw a free body diagram showing the forces that act on the block Part C What happens to the acceleration of the block if the moment...
At equilibrium, the height r of a 0.1 kg mass m hanging on a spring, with...
At equilibrium, the height r of a 0.1 kg mass m hanging on a spring, with negligible mass and spring constant k, is at the position 0. The mass is then set oscillating so that its height x as a function of time is given by x(t)-A . sin(wt + ф-0.1 m . sin(5/s-t + 0.1) Q9. What is the force constant k? (A) 8.2 N/nm (B) 9.1N/nm (C) 2.5 N/m (D) 7.7 N/nm (E) 1.3 N/nm Q10. What is...
in). Consider the following diagram. There are two masses (i.e., mass mand mass M hanging in...
in). Consider the following diagram. There are two masses (i.e., mass mand mass M hanging in a system of strings: string A with tension Ta, string B with tension To, an string with tension Tc (Note: Acceleration due to gravity (9) - 10 m/s) M=10 kg m=20 kg a) Draw free-body diagram of mass m. (4 points) b) Considering the equilibrium state of mass m vertically (t.e. SF =0), find the tension Ta of string A. (4 points) c) Draw...
Mass in Cone. Masses A and each of mass m, are attached at the ends of a string that runs through...
Please Solve using angular momentum
Mass in Cone. Masses A and each of mass m, are attached at the ends of a string that runs through the small hole in the center of a cone, for which θ-60° (a) If ball B is hanging a constant distance below the cone and ball A is moving in a horizontal cir- cle with constant speed vo, de- termine, as a function of vo and Neglect friction between A and the cone and...
The expression for the acceleration of the cart for the experiment you did in lab is a = (m1g -...
The expression for the acceleration of the cart for the experiment you did in lab isa = (m1g - f)/(m1 + m2) where m1 + m2 is kept constant throughout.(a) Consider the situation when friction force is zero. What is the expression for the acceleration of the cart now? (Use the following as necessary: m1, m2, f, andg.)a =If you now halve the hanging mass m1, (so m = 0.5m1), how will the value of the denominator for the expression...
Can someone help me dervie this equation please? 12-24m-M sin o) M +m Use energy methods...
Can someone help me dervie this equation please?
12-24m-M sin o) M +m Use energy methods to derive this formula. You might need larger values. of m than in part 1. 135 Lab 5 Conservation of Mechanical Energy Measure the mass of the cart M and the heighth of the hanging mass m. Select four distinct values of hanging mass m: 10, 20, 40, and 50 g. Use the MS to find impact speed v of both the hanging mass...
please help thank you 7) The position graph allows us to measure the amplitude, period, and...
please help thank you
7) The position graph allows us to measure the amplitude, period, and angular frequency of the oscillations. It should follow the general form for a simple harmonic oscillator: y(t) = Ymaxcos (wt + ), where ymax is the amplitude of the oscillations, o is the angular frequency, and p is a phase constant. To measure the amplitude, use the cursor to measure minimum and maximum displacement values for adjacent oscillations. Take the average of their magnitudes...
Equation 19 is written below
the question. '
Need aid with 4 and 5
train car!Explain. 4. For fixed values of M (non-zero) and 0, is there a hanging mass value, m, that would result in an acceleration equal to g? If so, determine the value. 5. Using Eq. (19), derive the formula (in simplest form) for the tension in the cord in terms of m, M, 0, and g. -M Sne G=m- MtM
Solve all the questions please!
mass M-mg tension T Now assume that the value of M is double the value found in part (a). Find the folowing in terms of m, g, and θ. acceleration a- tension e that the coefficent of static friction between m and 2m and the inclined plane is μ. and that the system is in equl rium. Find the following n terms of pa m Next, asa g,and θ. maximum value of M manimun valin...
At equilibrium, the height r of a 0.1 kg mass m hanging on a spring, with negligible mass and spring constant k, is at the position 0. The mass is then set oscillating so that its height x as a function of time is given by x(t)-A . sin(wt + ф-0.1 m . sin(5/s-t + 0.1) Q9. What is the force constant k? (A) 8.2 N/nm (B) 9.1N/nm (C) 2.5 N/m (D) 7.7 N/nm (E) 1.3 N/nm Q10. What is...
in). Consider the following diagram. There are two masses (i.e., mass mand mass M hanging in a system of strings: string A with tension Ta, string B with tension To, an string with tension Tc (Note: Acceleration due to gravity (9) - 10 m/s) M=10 kg m=20 kg a) Draw free-body diagram of mass m. (4 points) b) Considering the equilibrium state of mass m vertically (t.e. SF =0), find the tension Ta of string A. (4 points) c) Draw...
Please Solve using angular momentum
Mass in Cone. Masses A and each of mass m, are attached at the ends of a string that runs through the small hole in the center of a cone, for which θ-60° (a) If ball B is hanging a constant distance below the cone and ball A is moving in a horizontal cir- cle with constant speed vo, de- termine, as a function of vo and Neglect friction between A and the cone and...
Can someone help me dervie this equation please?
12-24m-M sin o) M +m Use energy methods to derive this formula. You might need larger values. of m than in part 1. 135 Lab 5 Conservation of Mechanical Energy Measure the mass of the cart M and the heighth of the hanging mass m. Select four distinct values of hanging mass m: 10, 20, 40, and 50 g. Use the MS to find impact speed v of both the hanging mass...
please help thank you
7) The position graph allows us to measure the amplitude, period, and angular frequency of the oscillations. It should follow the general form for a simple harmonic oscillator: y(t) = Ymaxcos (wt + ), where ymax is the amplitude of the oscillations, o is the angular frequency, and p is a phase constant. To measure the amplitude, use the cursor to measure minimum and maximum displacement values for adjacent oscillations. Take the average of their magnitudes...
Most questions answered within 3 hours.
-
Test the hypothesis using P-value approach. Be sure to verify
the requirements of the test.
H0:...
asked 37 minutes ago -
For a voltaic cell based on the reaction below, which statement
is correct?
Zn(s)+2H+(aq)→Zn2+(aq)+H2(g)
Zn2+(aq) is...
asked 22 minutes ago -
If 20 g of Na2SO4 is reacted with 20 g of
Al(NO3)3 according to the following...
asked 13 minutes ago -
One difference between periodic and perpetual inventory systems
is:
Multiple Choice Cost of goods sold is...
asked 19 minutes ago -
Using the OSHA web site find the OSHA regulation for personal eye
protection. Write a summary...
asked 17 minutes ago -
In 600 words, answer the following
1) Why has the transfer of defense technologies to domestic...
asked 17 minutes ago -
Balance the following oxidation-reduction equations using redox
methods:
Cu + H+ --------> Cu+ +
H2
asked 38 minutes ago -
For the balanced reaction: CaCl2 (aq) + Na2CO3 (aq) -> CaCO3
(s) + 2 NaCl (aq),...
asked 32 minutes ago -
1. If ln(x)=ln(x)= -0.2 , what does xx equal? Round
your answer to three significant figures. The...
asked 29 minutes ago -
what is the current research being done on the hexokinase
enzyme?
asked 35 minutes ago -
An incline weighing 1,106 kg with its passengers travels uphill
800 meters on a 30 degree...
asked 35 minutes ago -
Let’s assume you want to retire with $1,000,000 in your
investment portfolio. Given that your investment...
asked 35 minutes ago