The net displacement of the bird (i.e., the shortest distance from the tree to the last location of the bird) is 147.3626m. A more direct method of computation is by constructing a single triangle and the use of the formula aÂÂ2 = b2 + c2 - (2bc CosA), where a is the unknown side, b & c are the given sides and CosA is the Cosine of the included angle A between sides b & c. In this problem, a is the unknown displacement, b is the 1st 100m route, c is the 2nd 200m route and A is 45degrees based on the direction of side c which is North45dWest or simply Northwest. Note: Had the direction of c been Northeast, the net displacement would have been 279.7933m.
The above answer can be counterchecked by plotting to scale the triangle in a paper (preferably graphing paper) and measure the actual length of side a.
A more simple method of computation without using the Cosine function is by way of 2 or 3 right triangles and utilizing the properties of right triangles. But this requires illustrative drawings here to be fully understood.
by Philip Ruyeras
As a 100m runner i think we can do something like 6.8 on the 60 but not less then 11 on 100m!
The total distance covered by the bird is 450m (150m + 200m + 100m) and the total time taken is 25 seconds (10 seconds + 10 seconds + 5 seconds). Therefore, the average speed of the bird is 18 m/s (450m / 25s).
The fastest man in the world is Usain Bolt, who holds the world record for the 100m at 9.58 seconds. His top speed during the record run was around 27.8 miles per hour.
The top running speed of a human is around 27 mph (43 km/h), achieved by Usain Bolt during his world record 100m sprint. However, some animals like cheetahs can reach speeds of up to 60 mph (96 km/h) in short bursts.
Guinea pigs have a good sense of smell and can detect scents from several feet away, but the exact distance they can smell from is not well documented. They rely on their keen sense of smell to navigate their environment and communicate with other guinea pigs.
The distance traveled is 135m (100m forward + 35m backward). The displacement is 65m forward (100m - 35m), as displacement is the difference between the final and initial positions regardless of the path taken.
displacement is the measure of the distance from the starting and ending points, AND the direction. it doesnt matter that she ran 300m total. heres the math for displacement: point b (the direction with the larger number) - point a(direction with the smaller number the direction will be point b's direction. so, plug it in. 200m west - 100m east =100m west ^^ if u wer to draw displacement, you would not need 2 draw the 200m west or the 100m east; you would imply draw the starting point and then 100m west, and draw a straight line connecting them. ^^ hope this helps!
The distance traveled would be 135m (100m + 35m) since it's the total length of the path you walked. The displacement would be 65m forward because it's the difference between your final position and your initial position.
The distance traveled would be 135 meters (100m forward + 35m backward). The displacement would be 65 meters forward (100m - 35m) as it measures the shortest distance from the initial point to the final point.
Your displacement is 150m south. Displacement is the shortest distance and direction from the starting point to the final point, so you need to consider the overall movement, not just the sum of distances in each direction.
The force. Work=force x displacement Displacement=100m Work=? <----------------- if it's work your trying to find you need to force=? Know force and displacement. You know the Displacment, so force is missing.
The work done by the mountain climber can be calculated using the formula: work = force × distance × cos(θ), where θ is the angle between the force and the displacement. In this case, the force is 900N, the distance is 100m, and assuming the angle is 0 degrees (straight up), the work done would be 900N × 100m × cos(0°) = 900N × 100m × 1 = 90,000 Joules.
The force. Work=force x displacement Displacement=100m Work=? <----------------- if it's work your trying to find you need to force=? Know force and displacement. You know the Displacment, so force is missing.
100m
1 hectare
The dimensions of a duck egg are ranging from 1cm*1cm*1cm to 100m*100m*100m
3154m to the nearest 100m is 3200m