Solve the problem.
-The distance $D$ in feet it takes a car travelling at $\mathrm{x} m$ ph to come to a full stop after hitting the brakes is given by $\mathrm{D}=1.27 \mathrm{x}^{2}+0.055 \mathrm{x}$. Use the graph below to find the approximate value of $1.27 \mathrm{x}^{2}+$ $0.055 \mathrm{x}$ for $\mathrm{x}=45$.

A) 2000 feet
B) 2400 feet
C) 2800 feet
D) 2600 feet

Question

Solve the problem.
-The distance $D$ in feet it takes a car travelling at $\mathrm{x} m$ ph to come to a full stop after hitting the brakes is given by $\mathrm{D}=1.27 \mathrm{x}^{2}+0.055 \mathrm{x}$. Use the graph below to find the approximate value of $1.27 \mathrm{x}^{2}+$ $0.055 \mathrm{x}$ for $\mathrm{x}=45$.

A) 2000 feet 
B) 2400 feet 
C) 2800 feet 
D) 2600 feet

Quizplus · Accepted Answer

The Answer of Solve the problem.
-The distance $D$ in feet it takes a car travelling at $\mathrm{x} m$ ph to come to a full stop after hitting the brakes is given by $\mathrm{D}=1.27 \mathrm{x}^{2}+0.055 \mathrm{x}$. Use the graph below to find the approximate value of $1.27 \mathrm{x}^{2}+$ $0.055 \mathrm{x}$ for $\mathrm{x}=45$.

A) 2000 feet 
B) 2400 feet 
C) 2800 feet 
D) 2600 feet

Solve the Problem DDD In Feet It Takes a Car Travelling At

Solve the Problem $D$ In Feet It Takes a Car Travelling At