Calculate the force exerted per unit of area by a column of mercury (density 5 13.59 g/cm3) that is 76.0 cm high. How high would a column of water (density 5 1.00 g/cm3) have to be to exert the same force

Part A

Part B

meters

Step-by-step explanation:

Part A

Density of mercury is gram per centimeter cube

Volume of the  column of mercury when are is assumed to be unit

We know that mass is the product of density and volume.

Thus mass of this column of mercury is equal to

Or Kilograms

Force is equal to

Pressure or force per unit area

Part B

Height of the column

binomial distribution

median= 2

range = 7-0 = 7

how to find median?

no. of term=28

median=(28+1)/2=14.5th term

the 14th and 15th term are 2, therefore the median is (2+2)/2 = 2

b 1: 45 am

step-by-step explanation:

its that because if it was in the pm it would be 1345