To effectively wean a client from their tracheostomy, which of the following signs must be present?

You are caring for a client with esophageal cancer. Which task will you delegate to the nursing assistant?

The nursing assistant tells you that the client on oxygen at a flow rate of 6 L/min by nasal cannula is complaining of nasal discomfort. What intervention will you suggest to improve the client’s comfort for this problem?

The nurse will interpret which finding as an early sign of a tension pneumothorax in a client with chest trauma?

The mass of the Moon is found to be 7.35 × 1022 kg with a diameter of 3.474 × 106 m.  Calculate the acceleration due to gravity on the surface of the Moon (units: m/s2)? NOTE: Use correct rounding and significant figures in the answer Enter numerical answer in proper standard notation, not scientific notation Do not enter units with the answer

There are two small balls, with masses of 145 gram and 975 gram, whose centers of mass are separated by 2.00 m. Calculate the magnitude of the gravitational force of attraction between the two objects?

The mass of the Moon is found to be 7.35 × 1022 kg with a diameter of 3.474 × 106 m. A rocket is launched straight up from the surface of the Moon with a speed to escape from the gravitational influence of the Moon. Find the launch speed of the rocket. 

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

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: Use correct rounding and significant figures in the answer Enter numerical answer in proper standard notation, not scientific notation Do not enter units with the answer

A 1.25 × 103 g object is moving at 12.3 m/s. Calculate the momentum of the object (units: kg⋅m/s)? NOTE: Use correct rounding and significant figures in the answer Enter numerical answer in proper standard notation, not scientific notation Do not enter units with the answer