Solve the problem.
-The maximum distance d in kilometers that you can see from a height h in meters is given by the formula $\mathrm { d } = 3.5 \sqrt { \mathrm { h } }$ How far can How far can you see from the top of a 428-meter building? (Round to the nearest tenth of a kilometer.)

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The Answer of Solve the problem.
-The maximum distance d in kilometers that you can see from a height h in meters is given by the formula $\mathrm { d } = 3.5 \sqrt { \mathrm { h } }$ How far can How far can you see from the top of a 428-meter building? (Round to the nearest tenth of a kilometer.)

Solve the Problem d=3.5h\mathrm { d } = 3.5 \sqrt { \mathrm { h } }d=3.5h​

Solve the Problem $\mathrm { d } = 3.5 \sqrt { \mathrm { h } }$