Find the tension in the string at the top of the circle

Reference no: EM13670026

A 350 gram stone is swung in a circular path, on a 60 centimeter length of string and in a vertical plane. The tangential velocity at the bottom of the circle is 7.2 m/s. Hint this is partially an energy problem.

a. Find the tension in the string at the bottom of circle?

b. Find the tangential speed of the stone at the top of the circle?

c. Find the tension in the string at the top of the circle?

d. Find the minimum speed for the stone at the top of the circle such that the string will not collapse?

Reference no: EM13670026

Questions Cloud

Determine what minimum speed must you give the pail : You tie a cord to a pail of water, and you swing the pail in a vertical circle of radius 0.800 meter. Find what minimum speed must you give the pail

Determine resistance of the resistors : Three identical resistors are connected in parallel. Determine resistance of the resistors

Explain what is the melting point in degrees ferinhight : Tungsten metal, which is used in light bulb filaments, has the highest melting point of any metal (3410 degrees Celsius). Explain what is the melting point in degrees ferinhight

Explain what is the density of the resulting sugar solution : a 250 mL sugar solution has a density of 1.37g/mL an additional 30.0g of sugar was added to the solution, raise the volume to 24.6mL. Explain what is the density of the resulting sugar solution

Find the tension in the string at the top of the circle : A 350 gram stone is swung in a circular path, on a 60 centimeter length of string and in a vertical plane. Find the tension in the string at the top of the circle

Active charge balancing for batteries : The latest Lithium-ion batteries and double-layer ultra-capacitors have amazing energy-storage capacities. However, the voltage of a single cell is usually not sufficient for higher power applications, and series connection is then required.

The iodide-catalyzed decomposition of hydrogen peroxide h2o2 : In this experiment we determined the orders of reagents as well as a specific rate constant by measuring the rate of oxygen evolution from the iodide-catalyzed decomposition of hydrogen peroxide H2O2.

Determine the steady-state concentration : N particles diffuse in one dimension in the potential U(x)=ax2,with a>0. The particles have diffusion constant, D. Determine the steady-state concentration

Define how this might be expected for the co-60 sample : Habitually times a plot of log (counts/min) versus absorber thickness yields two or more intersecting straight lines. Define how this might be expected for the Co-60 sample

User Account

All Pages