Question about Sport & Outdoor - Others

Find the speed of travel

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Posted on Jan 02, 2017

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SOURCE: A cyclist traveled to her destination at an

Hi nrbjcs101307,

It seems the answer might be 45 m.

Posted on Oct 29, 2009

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SOURCE: how long does it take for a car at average speed to travel 44 miles in louisville ms

the formula for this is time= speed in mph divided by the distance

example 100 mph divided by 100 miles =1hour

there is no average speed as it will be set by speed restrictions so if the 100 miles was all 50 mph speed zone it would take 2 hours.

Posted on Jun 30, 2014

Since the Earth and Jupiter are both revolving around the sun, the distance between them is always changing. The average distance between the Earth and Jupiter is 483 million miles. If you could travel at the speed of light, it would only take you 43 minutes to get to Jupiter. Since people cant travel at the speed of light, you would probably have to take a rocket ship to Jupiter instead- which would take you about 2.2 years if it was going at top speed the whole way. If the California interstate went all the way to Jupiter and you could drive there going 65 mph, it would take you almost 850 years!

Feb 23, 2015 | Computers & Internet

About 26 miles per hour.

Sep 10, 2014 | Cars & Trucks

2-1/2 to 3 hours.

Aug 22, 2014 | Cars & Trucks

the formula for this is time= speed in mph divided by the distance

example 100 mph divided by 100 miles =1hour

there is no average speed as it will be set by speed restrictions so if the 100 miles was all 50 mph speed zone it would take 2 hours.

example 100 mph divided by 100 miles =1hour

there is no average speed as it will be set by speed restrictions so if the 100 miles was all 50 mph speed zone it would take 2 hours.

Jun 30, 2014 | 2008 Saturn Vue Hybrid

A Tachymeter helps you estimate the speed you are going.

It uses the basic formula that speed = Distance/time

Here is how to use it: (For the full article see the link below)

To use tachymeter, simply start the chronograph or stopwatch when the object measured passing the starting line. When the object reaches the next mile or kilometer marker, stop the chronograph or stopwatch. The point on the tachymeter scale that adjacent to the second hand of the watch indicating the speed (in miles per hour or kilometers per hour) of object traveling between the two points.

For example, we want to measure the average speed of a vehicle is moving. Start the chronometer or stopwatch function when the car passes the starting line, and stop the timer after the vehicle traveled exactly 1 mile or 1 kilometer. Then look at where the chronometer hand (the second hand of the watch) is pointing to, and get the reading or value of the corresponding number at the tachymeter bezel or dial. Let's say the stopwatch stop at 3 o'clock position, meaning 15 seconds had elapsed for the car to travel 1 mile or 1 kilometer. At 3 o'clock position, the tachymetre value shows that number of 240, which means the average speed of the vehicle was 240 mph or km/h.### Source(s):

http://www.mydigitallife.info/2006/12/10...

It uses the basic formula that speed = Distance/time

Here is how to use it: (For the full article see the link below)

To use tachymeter, simply start the chronograph or stopwatch when the object measured passing the starting line. When the object reaches the next mile or kilometer marker, stop the chronograph or stopwatch. The point on the tachymeter scale that adjacent to the second hand of the watch indicating the speed (in miles per hour or kilometers per hour) of object traveling between the two points.

For example, we want to measure the average speed of a vehicle is moving. Start the chronometer or stopwatch function when the car passes the starting line, and stop the timer after the vehicle traveled exactly 1 mile or 1 kilometer. Then look at where the chronometer hand (the second hand of the watch) is pointing to, and get the reading or value of the corresponding number at the tachymeter bezel or dial. Let's say the stopwatch stop at 3 o'clock position, meaning 15 seconds had elapsed for the car to travel 1 mile or 1 kilometer. At 3 o'clock position, the tachymetre value shows that number of 240, which means the average speed of the vehicle was 240 mph or km/h.

Apr 02, 2013 | DKNY NY5045 Watch for Men

There are two ways to solve this homework problem. If you want full credit, you will solve it using integral calculus as your teacher most likely expects. I am WAY too many years out of engineering school to remember how to do that.

The simple solution takes advantage of the fact that speed is scalar that is presented in units of distance over time, so all you need to know is the total distance traveled over a fixed interval of time.

The stroke is 63 inches and the engine makes 123 complete revolutions in a minute.

123 x 2 x 63 = 15,498 inches per minute average piston speed or 1,291.5 ft/minute

or 14.676 miles per hour

This must be a steam engine.

If your teacher is picky about significant digits, don't forget that the original problem had only two significant digits so the answer you give should have only two significant digits.

When you finish your math homework, your punctuation and capitalization could use some work...

The simple solution takes advantage of the fact that speed is scalar that is presented in units of distance over time, so all you need to know is the total distance traveled over a fixed interval of time.

The stroke is 63 inches and the engine makes 123 complete revolutions in a minute.

123 x 2 x 63 = 15,498 inches per minute average piston speed or 1,291.5 ft/minute

or 14.676 miles per hour

This must be a steam engine.

If your teacher is picky about significant digits, don't forget that the original problem had only two significant digits so the answer you give should have only two significant digits.

When you finish your math homework, your punctuation and capitalization could use some work...

Sep 20, 2011 | BMW 760 Cars & Trucks

Take the example of a racing car as pictured in the animation above. It takes the vehicle 10 minutes(0.17 hours) to travel 23km, from start to finish.

Average speed = 23km / 0.17hrs = 135.29km/hr

Average velocity = 4km / 0.17hrs = 23.53km/hr

The average speed is 135.29km/hr but the velocity is only 23.53km/hr. The reason that velocity is lower, is that it can be positive and negative. Remember this from our earlier discussion on velocity? If not,click to refresh your memory. Since the velocity has negative and positive values some will cancel each other out, hence the lower value. Speed, however, can only be positive.

Jul 19, 2011 | Adobe Computers & Internet

18 km/hour

The bike is traveling at the speed of 12/40 = 6/20 =**18/60**

18 km/60 minutes

The bike is traveling at the speed of 12/40 = 6/20 =

18 km/60 minutes

Jun 21, 2011 | Computers & Internet

At time 'ZERO', the hat was at distance 'ZERO' from the starting-point.

At time 'T', the hat was at distance 'ONE MILE' from the starting point.

The speed of the boat was the MAXIMUM speed of the boat, MINUS the speed of the current.

At time 'T+5', the hat was being carried by the stream-current toward distance 'ZERO'.

At time 'T+10', the hat was at distance 'ZERO', and the boat was at distance 'ZERO'.

The speed of the boat for the most-recent '10' minutes was the MAXIMUM speed, PLUS the speed of the current.

So, calculate the distance travelled at the 'T+5' time:

DISTANCE = VELOCITY1 multiplied by TIME1.

DISTANCE = VELOCITY2 multiplied by TIME2.

where 'VELOCITY1' is the speed travelling AGAINST the current,

and 'VELOCITY2' is the speed travelling WITH the current.

Finish this "homework" assignment on your own.

At time 'T', the hat was at distance 'ONE MILE' from the starting point.

The speed of the boat was the MAXIMUM speed of the boat, MINUS the speed of the current.

At time 'T+5', the hat was being carried by the stream-current toward distance 'ZERO'.

At time 'T+10', the hat was at distance 'ZERO', and the boat was at distance 'ZERO'.

The speed of the boat for the most-recent '10' minutes was the MAXIMUM speed, PLUS the speed of the current.

So, calculate the distance travelled at the 'T+5' time:

DISTANCE = VELOCITY1 multiplied by TIME1.

DISTANCE = VELOCITY2 multiplied by TIME2.

where 'VELOCITY1' is the speed travelling AGAINST the current,

and 'VELOCITY2' is the speed travelling WITH the current.

Finish this "homework" assignment on your own.

Jan 27, 2011 | Computers & Internet

The ones associated with the little circles? One dial is for seconds, one for minutes, and one for hours. The seconds one should be applicable for time. The minute and hour, along with the big seconds hand that is centre mounted are for the chronograph function.

Jan 23, 2009 | Tissot PRS 200 Wrist Watch

Oct 19, 2017 | Sport & Outdoor - Others

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