Browsing by Author "Hall, B. (Brenton)"

Now showing items 1-20 of 42

  • PhysCasts: 2D Motion: Washout! 

    Hall, B. (Brenton) (Swinburne Commons, 2014)
    This is a PhysCast on 2 dimensional motion. A raging flood has washed away a section of highway, creating a gash 1.7 meters deep. A car moving at 31 m/s goes straight over the edge. How far from the edge of the washout ...

  • PhysCasts: A Camper Hangs a Pack 

    Hall, B. (Brenton) (Swinburne Commons, 2013)
    In this PhysCast a camper hangs a 26 kg pack between two trees using separate roles of different lengths. Find the tension in each rope.

  • PhysCasts: A Fluid Problem Involving Hydrostatics and Hydrodynamics 

    Hall, B. (Brenton) (Swinburne Commons, 2013)
    This question deals with both hydrostatics and hydrodynamics. A 4.0cm diameter horizontal pipe connects passes through a freshwater dam at a depth of 6.0 meters and is sealed by a plug. A) Find the magnitude of the frictional ...

  • PhysCasts: A Gas Expands with a Constant Temperature 

    Hall, B. (Brenton) (Swinburne Commons, 2013)
    This PhysCast is about thermodynamic processes. One mole of oxygen (assume it to be an ideal gas) expands at a constant temperature of 310 K from an initial volume V1 = 12 L to a final volume V1 = 19 L. How much is done ...

  • PhysCasts: A Hot Horsehoe 

    Hall, B. (Brenton) (Swinburne Commons, 2013)
    In this PhysCast we are told that a horseshoe has a surface are of 50cm2 and a blacksmith heats this to a red hot 810 degrees C. What rate does it radiate energy?

  • PhysCasts: A Suspended Nonuniform Bar 

    Hall, B. (Brenton) (Swinburne Commons, 2013)
    The following PhysCast deals with a non-uniform bar which is suspended and in static equilibrium. A nonuniform bar is suspended at rest in a horizontal position by two massless cords. One cord makes the angle theta = 36.9 ...

  • PhysCasts: Accelerating Merry Go Round 

    Hall, B. (Brenton) (Swinburne Commons, 2013)
    This PhysCast deals with rotational motion. A merry-go-round rotates from rest with an angular acceleration of 1.50 rad/s2. How long does it take to total through the (a) first 2.00 rev and (b) the next 2.00 rev?

  • PhysCasts: Acceleration of an Ice Puck 

    Hall, B. (Brenton) (Swinburne Commons, 2014)
    A 0.20 kg puck upon a frictionless ice surface is acted on by the forces shown in the diagrams. Find the resulting accelerations?

  • PhysCasts: An Unknown Oscillation Frequency 

    Hall, B. (Brenton) (Swinburne Commons, 2013)
    This PhysCast is about simple harmonic motion. Two springs are attached to a block which can oscillate on a frictionless floor. If the left spring is removed it oscillates at a frequency of 30 Hz. If instead the right ...

  • PhysCasts: Analyzing Laboratory Data 

    Hall, B. (Brenton) (Swinburne Commons, 2014)
    This PhysCast focuses on the laboratory analysis techniques that you are required to use in energy and motion in the 5 labs.

  • PhysCasts: Calculating Density and the Uncertainty in the Density 

    Hall, B. (Brenton) (Swinburne Commons, 2014)
    This is a numerical error propagation example where we're asked to find the density and uncertainty in density of two objects.

  • PhysCasts: Calculating the Thermal Speed of Oxygen Gas 

    Hall, B. (Brenton) (Swinburne Commons, 2013)
    In this PhysCast we are asked to find the average translational kinetic energy and the thermal speed of oxygen gas molecules.

  • PhysCasts: Calorimetry with Ice Water Mixture 

    Hall, B. (Brenton) (Swinburne Commons, 2013)
    In this question a 50 g ice cube is dropped into 200 g of water in a thermally insulating container. If the water is initially at 25 degrees C and the ice comes from the freezer at -15 degrees C, what is the equilibrium ...

  • PhysCasts: Calorimetry with Steam-Ice Mixture 

    Hall, B. (Brenton) (Swinburne Commons, 2013)
    In this question we are asked what mass of steam at 100 degrees C must be mixed with 150 g of ice at its melting point in a thermally insulating container to produce water at 50 degrees C?

  • PhysCasts: Center of Mass of Continuous Object Using Symmetry 

    Hall, B. (Brenton) (Swinburne Commons, 2013)
    In this PhysCast we are asked to find the centre of mass of a hexagon with six equal sides of length a, but where one of the triangles is missing.

  • PhysCasts: Conduction with Series and Parallel Rods 

    Hall, B. (Brenton) (Swinburne Commons, 2013)
    In Figure (a), two identical retangular rods of metal are welded end to end, with T1 = 0 degrees C a left side and T2 = 1-- degrees C on the right side. In 2.0 min 10 J is conducted at a constant rate from the right to ...

  • PhysCasts: Constructing a Travelling Wave Equation 

    Hall, B. (Brenton) (Swinburne Commons, 2013)
    This PhysCast deals with constructing a wave equation from some given information in a diagram.

  • PhysCasts: Damped Simple Harmonic Motion 

    Hall, B. (Brenton) (Swinburne Commons, 2013)
    This PhysCast deals with simple harmonic motion where dampening is present. The amplitude of a lightly damped oscillator decreases by 3.0% during each cycle. a) What percentage of the mechanical energy is lost in each ...

  • PhysCasts: Determining the Acceleration of a Cylinder Rolling Down a Slope 

    Hall, B. (Brenton) (Swinburne Commons, 2013)
    In this PhysCast we are asked to consider the motion of a uniform cylinder of mass m and radius R as it rolls smoothly down a ramp at angle theta to the horizontal. We are asked to find an expression for the linear ...

  • PhysCasts: Energy Conservation in a Vertical Mass Spring System 

    Hall, B. (Brenton) (Swinburne Commons, 2013)
    This PhysCast examines the question: we have a mass-less spring with k = 74 N/m and it is hanging from the ceiling.