Hoping her mental health will improve with exercise
Answer:
The person has to walk arund 13.125 miles at 2mph
Explanation:
A 160 lb individual runs at 8 mph for 1 hour (60 minutes) and burns 840 calories. If this person runs at the same pace for 75 minutes (1.25 hours) he will burn 840 calories (60 min) + 210 calories (15 min), which equals a total of 1,050 calories burned. We obtain the calories burned in 15 min by dividing 840 (calories burned in 60 min) in 0.25 (portion of an hour equivalent to 15 min).
Now this person to burn 1,050 calories walking at a pace of 2mph will have to walk around 6.5625 miles. By walking during 90 minutes (1.5 hours) the person burns 240 calories, and to burn 1,050 calories the would have to walk for 6.6 hours approximately. We get the hours by using the mathematical rule of three: dividing 1,050 calories in 1.5 hours, and multiplying the result by 240 calories.
Finally to calculate the miles the person will have to walk we have to multiply the 6.6 hours by 2 miles he walks per each hour. So the person has to walk around 13.125 miles at 2mph to burn 1,050 calories.
The combination of forces produced by different parts of the human body. When a person is moving or attempting to move an object, several different parts of the body act together to maximize the force. In theory, force summation occurs when all body parts act simultaneously In practice, the strongest and lowest body parts around the center of gravity (e.g. trunk and thighs) move first, followed by the weaker, lighter, and faster extremities. This is known as sequential acceleration and results in successive force summation. To obtain a maximum force, summation also needs sequential stabilization of body parts, with some body parts having to be fixed at stable points while other parts produce the effective forces.
Answer:
I need help
Explanation:
Help me with annoying people
