The current ratio, A company has cash, $85,000; temporary

The current ratio

Reference no: EM13332072

A company has cash, $85,000; temporary investments, $30,000; net receivables, $60,000; and inventory, $350,000. Current liabilities are $300,000. The current ratio is
a. 0.58 to 1.
b. 0.74 to 1.
c. 1.75 to 1.
d. 1.86 to 1

Reference no: EM13332072

Questions Cloud

Determine with what speed does the ball leave the club : A golf club strikes a 0.047-kg golf ball in order to launch it from the tee. With what speed does the ball leave the club

Create a market demand schedule : Explain, using demand and supply curves how demand and supply would change for the introduction of a new supermarket into Australia and Create a market demand schedule

Find the gravitationalforce of attraction between two shells : A thin spherical shell has a radius of 4 m and a mass of 225 kg, and its center is located at the origin of a coordinate system. find the gravitational force of attraction between the two shells

Annual percentage rate and effective annual rate : What will be your annual return on $100 invested in her fund if she allows you to reinvest in her fund the 1% you earn each day? What will be you rannual return assuming she puts all of your daily earnings into a zero-interest- bearing check account ..

The current ratio : A company has cash, $85,000; temporary investments, $30,000; net receivables, $60,000; and inventory, $350,000. Current liabilities are $300,000.

Under the earnings approach : Daisy Construction Ltd. has entered into a contract beginning January 1, 2014, to build a parking complex. It has estimated that the complex will cost $8 million and will take three years to construct.

Calculate the minimum radius for the semi-circular hump : You are designing the section of a roller coaster ride, calculate the minimum radius for the semi-circular hump

Barrel of oil equivalents in the financial statements : 1.Gas production and reserves are always converted to Barrel of Oil equivalents in the financial statements.

Find the radius of curvature of the orbit for the ion : A singly ionized 24Mg ion (mass 3.983 10-26 kg) is accelerated through a 2.8 kV potential difference and deflected in a magnetic field of 500 G in a mass spectrometer. Find the radius of curvature of the orbit for the ion

User Account

All Pages