Evaluate distance traveled by train, Mathematics

Assignment Help:

Evaluate distance traveled by train:

A plane flying at 525 miles per hour completes a trip in 2 hours less than another plane flying at 350 miles per hour.  What is the distance travelled?

Solution:

Step 1. Let x = Distance Traveled (in miles)

Step 2. Then, using Equation 14,

x/525 = Time Taken by Faster Plane (in hours)

x/350 = Time Taken by slower Plane (in hours)

Step 3. Time Taken by Faster Plane = Time Taken by Slower Plane - 2 hours

x/ 525 hours = x/350 hours -2 hours

x/525 = x/ 350 -700/350

x/525 = x-700/ 350

(350)(525) (x/525) = (x - 700/ 350) (350)(525)

350x = 525. (x - 700)

350x = 525x - 367,500

350x - 525x = -367,500

-175x = -367,5000

-175x /-175 = -367,500/-175

x = 2100 miles

Solving for the other unknowns:

x/525 = Time Taken by faster plane (in hours)

x/525 = 2100/525

x/525 = 4 hours

x/350 = time Taken by slower Plane (in hours)

x/350  = 2100/350

x/350 = 6 hours

Answers:       

Distance Travelled = 2100 miles

Time Taken by Faster Plane = 4 hours

Time Taken by Slower Plane = 6 hours

Step 5. The faster plane takes 2 hours less to complete the trip than the slower plane.

6 hours - 2 hours = 4 hours

Thus, the answer checks. 


Related Discussions:- Evaluate distance traveled by train

Slope-intercept form, Slope-intercept form The ultimate special form of...

Slope-intercept form The ultimate special form of the equation of the line is possibly the one that most people are familiar with.  It is the slope-intercept form.  In this if

Evaluate following limits at infinity, Evaluate following limits. ...

Evaluate following limits. Solution In this part what we have to note (using Fact 2 above) is that in the limit the exponent of the exponential does this, Henc

Find out the tangent line to the parametric curve, Find out the tangent lin...

Find out the tangent line(s) to the parametric curve specified by X = t5 - 4t3 Y = t2 At (0,4) Solution Note that there is actually the potential for more than on

The value of m+n, Every point (x,y) on the curve y=log2 3x is transferred t...

Every point (x,y) on the curve y=log2 3x is transferred to a new point by the following translation (x',y')=(x+m,y+n), where m and n are integers. The set of (x',y') form the curve

Explain the vertex formula, Explain the Vertex Formula ? The vertex for...

Explain the Vertex Formula ? The vertex formula is a convenient way of finding the vertex of the graph for any quadratic function. The graph of the quadratic equation f(x) = ax

Calculate and plot the cdf of p-values, A discrete-valued random variable X...

A discrete-valued random variable X takes values in 0, 1, 2, . . . , where p(X = i) = π i. (a) Write down formulas for: the p-value at X = i the probability distributi

Wants to Join as expert, Hi.. This is dinesh kumar I just joined experminds...

Hi.. This is dinesh kumar I just joined experminds.com , i wamt to receive assignment in maths and want to complete students assignment within time. Please help me how i can become

Sketch the direction field for the differential equation, Sketch the direct...

Sketch the direction field for the subsequent differential equation. Draw the set of integral curves for this differential equation. Find out how the solutions behave as t → ∞ and

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd