If One Guy Can Paint A House In 3 Hours at Thomas Sipes blog

If One Guy Can Paint A House In 3 Hours. Let x = amount of time it takes both painters, working together, to paint the house. How long would it take the two painters together to paint the house? So it seems that $1$ person can paint $3/4$ of a house in $3/8$ of an hour. The first painter can paint a house in 3 hours, so he can paint 1/3 of a house per hour. Then, working together, they paint at the rate of 1/x. The second painter can paint a house in 5 hours, so he can. Then this implies that $3$ people can paint $9/4$ of a house in $9/8$. If one man paints a house in 3 hours and another man paints the same house in 5 hours, how fast can they paint the house. If the first painter can do the entire job in twelve hours and the second. If it takes one person \(4\) hours to paint a room and another person \(12\) hours to paint the same room, working together they could paint the.

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Let x = amount of time it takes both painters, working together, to paint the house. If the first painter can do the entire job in twelve hours and the second. The second painter can paint a house in 5 hours, so he can. Then, working together, they paint at the rate of 1/x. If it takes one person \(4\) hours to paint a room and another person \(12\) hours to paint the same room, working together they could paint the. If one man paints a house in 3 hours and another man paints the same house in 5 hours, how fast can they paint the house. The first painter can paint a house in 3 hours, so he can paint 1/3 of a house per hour. How long would it take the two painters together to paint the house? Then this implies that $3$ people can paint $9/4$ of a house in $9/8$. So it seems that $1$ person can paint $3/4$ of a house in $3/8$ of an hour.

PPT Teaching for Understanding PowerPoint Presentation, free download

If One Guy Can Paint A House In 3 Hours If it takes one person \(4\) hours to paint a room and another person \(12\) hours to paint the same room, working together they could paint the. Then this implies that $3$ people can paint $9/4$ of a house in $9/8$. Let x = amount of time it takes both painters, working together, to paint the house. The second painter can paint a house in 5 hours, so he can. If it takes one person \(4\) hours to paint a room and another person \(12\) hours to paint the same room, working together they could paint the. The first painter can paint a house in 3 hours, so he can paint 1/3 of a house per hour. How long would it take the two painters together to paint the house? If one man paints a house in 3 hours and another man paints the same house in 5 hours, how fast can they paint the house. Then, working together, they paint at the rate of 1/x. So it seems that $1$ person can paint $3/4$ of a house in $3/8$ of an hour. If the first painter can do the entire job in twelve hours and the second.

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