an ideal gas had an intial pressure of 0.03X10^9 atmospheres, an intial pressure of 7000 kelvins and an intial volume of 0.0007X10^-2 cm^3. find the final temperature if the final pressure is 3000X10^3 atmospheres and the final volume is 30,000 cm^3. solve the equation for t2 as the first step.

it is g.

step-by-step explanation:

ad does increase as the sales increases so g. is right.

j. it really kick itself off because it says " always " .

h. nothing remains that same, everything changed through out the graph!

f. it would be right if it says " ad decrease = sales decrease" so right off the bat, that's wrong.

c

step-by-step explanation:

if u do the hyposyntical mathematics using the mahabartha formula you will get the answer which equals c

2

step-by-step explanation:

a fish tank full of water and then fish, regardless of the shape of it, has a certain volume.   volume is how much of something fills up the inside of a shape.   if the shape of the tank is a sphere, thr volume formula for a sphere is

we are given that the diameter of the sphere is 14, so that means that the radius is half of that at 7.   filling in to find the volume of the sphere:

do the math on that and you find that the volume of the tank is 1436.755

if there is to be 1 fish for every 693 cubic inches, we must divide the total volume of the tank by 693 to get the number of fish that will fit comfortably.

1436.755/693 = 2.07

since you can't have .07 of a fish, we round down to the nearest whole number to get that 2 fish will be able to swim comfortably in the tank.