4.60
1.5 meters/second
"s" is just an abbreviation for "second", as in 5m 30s (5 minutes, 30 seconds).
There are 60 seconds in one minute.
Humans can run 9m/s in a dash and 6 m/s in a marathon and 3 m/s jogging.
4.60
1.5 meters/second
"s" is just an abbreviation for "second", as in 5m 30s (5 minutes, 30 seconds).
To find the total displacement, we need to calculate the total distance covered in each segment. In the first segment, d1 = 5 m/s * 4 min = 120 m. In the second segment, d2 = 4 m/s * 3 min = 60 m. Thus, the total displacement is the sum of the two distances: 120 m + 60 m = 180 m.
First lets know the formula of average speed: average speed= distance/time taken here the distance: 1500 m and time taken: 4 minutes (the metre unit always should be with second unit) So lets convert 4 mins into sec: 4*60= 240sec average speed: 1500/240 = 25/4 = 6.25m/s
first you have to convert the 6 mins to seconds 60 x 6 = 360 + 35 = 395 sooo 8550/395 = 21.65 m/s
The average speed of P-waves through the Earth is about 6-8 km/s. In 9 minutes, the P-waves would travel about 32,400-43,200 km.
There are 60 seconds in one minute.
The total displacement of the jogger can be found by adding up the individual displacements from each segment. The displacement for the first segment is (5 m/s) * (4 minutes) = 20 meters. The displacement for the second segment is (4 m/s) * (3 minutes) = 12 meters. Therefore, the total displacement is 20 meters + 12 meters = 32 meters.
Humans can run 9m/s in a dash and 6 m/s in a marathon and 3 m/s jogging.
To calculate the speed of the 100m dash, you first need to convert the time from minutes to seconds. In this case, 11.8 minutes is 708 seconds. Then, you divide the distance (100m) by the time (708s) to find the average speed. Speed = Distance / Time, so speed = 100m / 708s = 0.141 m/s.
Average acceleration is the amount of acceleration per unit of time that a thing or an object undergoes. It is simple to discover. To find the average acceleration, we need only find out how much acceleration occurred and over what period of time. If we have the starting and the ending speeds, then by subtracting them we can find the chane of acceleration. Then we can divide that acceleration by the time it took to occur. The eagle in our example accelerates from 15 m/s to 22 m/s over a period of 4 seconds. His total acceleration was 7 m/s (22 m/s minus 15 m/s = 7 m/s), and, since it took 4 seconds to increase his speed by 7 m/s, the average acceleration is the total acceleration divided by the time it took to happen (as was stated). The average acceleration is 7 m/s divided by 4 seconds or 1.75 meters per second.