His speed is (500/60) m/s = 8-1/3 m/s .
His velocity can't be completely specified using the information in the question.
Its magnitude is 8-1/3 m/s. But in order to also state the direction of his velocity,
we would also need to know the direction of his velocity.
It was most popular during the 1950s-60s.
60 km * 3 = 180 km 45 min * 4 = 180 min 180km/180hr = 1 km/min 1km = 1000m 1 min = 60s 1000m/60s = 16.67 m/s
To begin, it would be unethical to use this service to answer an exam question. If you're working a problem set it'd be okay. As I understand the problem, a car traveling 55 mi/hr accelerates at a rate of 60 meters/second^2 to a speed of 60 mi/hr. How long did it take to reach the final speed? I don't remember the formula for this, but I figured it out by looking at the units. acceleration is in distance/time^2 time is in time change in velocity is in distance/time Only the change in velocity matters in this problem. So, 60mi/hr - 55mi/hr = 5 mi/hr The time would be the same if the car started at zero and accelerated to 5 mi/hr. Using these three values, the only way to equal a time unit is: mi/hr x hr^2/mi = time in hr or m/s x s^2/m = time in s This makes an equation of: (change in velocity)/acceleration = time or more commonly written: time x acceleration = velocity The next step is to put all three values in the same units. change in velocity = (5mi/hr)(5280ft/1mi)(12in/1ft)(2.54cm/1in)(1m/100cm) = 2.2352m/s acceleration = 60 m/s^2 This will yield time in seconds. So, plug and chug: (2.2352m/s)/(60m/s^2) = time in seconds = 0.037253333s = 3.7 x 10^-2 s <-- significant figures ------ This seemed fast to me, so I tried converting it the other way too: acceleration = (60m/s^2)(100cm/1m)(1in/2.54cm)(1ft/12in)(1mi/5280ft)(60s/1min)^(2) (60min/1hr)^(2) = 483178.24mi/hr^2 = really really fast! Therefore: (5mi/hr)/(483178.24mi/hr^2) = time in hours = 1.034815 x 10^-5 hr = 1.0 x 10^-5 <-- significant figures This is the same as 3.7 x 10^-2 seconds -- Keeping the units straight is the key. To make sure you've got it, change the numbers and rework the problem.
118 hp 1500kg * 360 m * 2.2lbs * 3.28 ft / 60 s / 550 ft*lbs/s (thats the conversion factor between horsepower and power) or 1500kg * 9.8 m/s^2 * 360 m / 60s / 745.7 watts/hp
Nuclear bombs before the 60s were referred to as atom bombs, because the term Nuclear hadn't been discover yet. Nuclear bombs today, are generally Hydrogen bombs, or fusion bombs. They are significantly more powerful, able to places about the size of Rhode Island. Atom bombs,which were mostly uranium and plutonium, lack the destructive power of Nuclear or Fusion bombs.
LeBron
Some live until their 60s.
one person was Roy lee Webb who died at least in his 60s.
There are many radio stations that play music from the 60s. Examples of radio stations that play music from the 60s includes Live365 Internet Radio and the 60s Radio at TuneIn.
BMX bikes weren't around in the 60s.
Multiple sclerosis has no certain age that it occurs. It can happen to a person in their 20s or in their 60s.
Laura was not in her 60s when she started to write her books.
The 60s look the 60s style is coming back
no
The most popular names in the 60s were Thomas, Charles, and Paul.
1min = 60s 6.6min x 60s/min = 396s
Crips