Rewrite the equation below so that it does not have fractions.

\(\displaystyle{5}-{\frac{{{2}}}{{{3}}}}{x}={\frac{{{3}}}{{{4}}}}\)

Do not use decimals in your answer.

\(\displaystyle?-?{x}=?\)

Your answer

asked 2021-11-15

\(\displaystyle{5}-{\frac{{{2}}}{{{3}}}}{x}={\frac{{{3}}}{{{4}}}}\)

Do not use decimals in your answer.

\(\displaystyle?-?{x}=?\)

asked 2021-11-16

Rewrite the equation below so that it does not have fractions \(\displaystyle{5}-{\frac{{{3}}}{{{4}}}}{x}={\frac{{{7}}}{{{12}}}}\) do not use decimals in your answer

asked 2021-11-16

Rewrite the equation below so that it does not have fractions

\(\displaystyle{3}-{\frac{{{3}}}{{{4}}}}{x}+{\frac{{{2}}}{{{5}}}}\)

Do not use decimals in your answer

\(\displaystyle{3}-{\frac{{{3}}}{{{4}}}}{x}+{\frac{{{2}}}{{{5}}}}\)

Do not use decimals in your answer

asked 2021-09-23

Rewrite the equation below so that is does not have fractions \(\displaystyle{\frac{{{2}}}{{{3}}}}{x}+{3}={\frac{{{2}}}{{{7}}}}\) do not use decimals in your answer

asked 2021-06-10

Here’s an interesting challenge you can give to a friend. Hold a $1 (or larger!) bill by an upper corner. Have a friend prepare to pinch a lower corner, putting her fingers near but not touching the bill. Tell her to try to catch the bill when you drop it by simply closing her fingers. This seems like it should be easy, but it’s not. After she sees that you have released the bill, it will take her about 0.25 s to react and close her fingers-which is not fast enough to catch the bill. How much time does it take for the bill to fall beyond her grasp? The length of a bill is 16 cm.

asked 2021-11-20

Complete the equations so that the two fractions have the least common denominator.

a. What does the top fraction equal? \(\displaystyle{\frac{{{3}}}{{{15}}}}=?\)

b. What does the bottom fraction equal? \(\displaystyle{\frac{{{5}}}{{{6}}}}=?\)

a. What does the top fraction equal? \(\displaystyle{\frac{{{3}}}{{{15}}}}=?\)

b. What does the bottom fraction equal? \(\displaystyle{\frac{{{5}}}{{{6}}}}=?\)

asked 2021-04-25

A wagon with two boxes of Gold, having total mass 300 kg, is cutloose from the hoses by an outlaw when the wagon is at rest 50m upa 6.0 degree slope. The outlaw plans to have the wagon roll downthe slope and across the level ground, and then fall into thecanyon where his confederates wait. But in a tree 40m from thecanyon edge wait the Lone Ranger (mass 75.0kg) and Tonto (mass60.0kg). They drop vertically into the wagon as it passes beneaththem. a) if they require 5.0 s to grab the gold and jump out, willthey make it before the wagon goes over the edge? b) When the twoheroes drop into the wagon, is the kinetic energy of the system ofthe heroes plus the wagon conserved? If not, does it increase ordecrease and by how much?