A sphere with a volume of 5.00 × 10-7 m3 is dropped to the bottom of a graduated cylinder filled with mercury where the pressure is 3.10 × 104 N/m2 greater than at the surface and the sphere volume decreases where the change in volume of the sphere is 2.80 × 10-10 m3.   What is the bulk modulus of the sphere material?

Calculate the energy consumption (Work) of a toaster oven with a power draw of 1.40 kW when it is used for 5.80 minutes.

A skier starts from rest and slides down a frictionless slope. The slope is 15 m long and makes a 25° angle with the horizontal. What is the skier’s speed at the bottom of the slope?

A truck with a translational speed of 15.0 m/s rounds a curve with a radius of 6.50 m. Calculate the angular speed (units: radians per second).    NOTE: Watch correct use of rounding and significant figures Enter numerical answer in proper decimal format, not scientific notation Do not enter units with the answer  

A 1.25 × 103 g object is moving at 11.5 m/s. Calculate the momentum of the object (units: kg⋅m/s)?   NOTE: Watch correct use of rounding and significant figures Enter numerical answer in proper decimal format, not scientific notation Do not enter units with the answer  

A stick and ball model pictured below, is oriented as follows along the x-axis: mass 2m is at the origin mass m is at x = 1.0 meter mass 3m is at x = 2.0 meter Where m = 5.0 kg What is the moment of inertia of this model about the vertical axis (dashed line)?   

Dave accelerates a box across a smooth friction-less horizontal surface over a distance of 15.0 m with a constant 38.0 N force angled at 25.0° above the horizontal. How much work (units: J) does Dave do on the box? NOTE: Watch correct use of rounding and significant figures Enter numerical answer in proper decimal format, not scientific notation Do not enter units with the answer  

Find f'(4) given:g(4) = 3 g'(4) = -6 h(4) = -1 h'(4) = 5   f(x) = h(x) / g(x) Click ‘True’ when finished

Show how to find the derivative of tan (x). You must use the limit definition of the derivative for this problem.   Click ‘True’ when finished

Maintaining cuff pressures below 25 mm Hg is likely to decrease the likelihood of damage to the tracheal mucosa?