Answer:eu noa
Step-by-step explanation:falo inglês
A point has zero dimensions
Answer:
Part A: To find how much weight this insect can lift, you can multiply the equation's answer by the insect's weight. You would multiply the insect's weight by 1,182.
Part B: You need to multiply your weight, in pounds, by 1,182.
Answer:
12.8 so answer 12 or 13
Step-by-step explanation:
15÷5/8= 12.8
Answer:
9.9 feet.
Step-by-step explanation:
Solution:
- If the swing were to hang straight down, it would be hanging at an angle of -90 degrees from the horizontal. If it is moving from -45 degrees from the horizontal to -135 degrees from the horizontal, this means that it is swinging from 45 degrees to the right of the straight-down position to 45 degrees to the left of the straight-down position.
- The swing is of length L = 10 - 3 = 7 feet. Recall that it hangs from a beam 10 feet above the ground and the seat hangs 3 feet above the ground in its straight-down rest position.
- Let's consider the swing at one of its extreme positions where it makes an angle of 45 degrees from the vertical. In this position, you can imagine the swing forming a right triangle with the highest vertex angle being 45 degrees and the hypotenuse being L = 7 feet. To calculate the horizontal leg of this triangle, you would use the sine function.
sin(45 deg) = x/L
So,
x = L*sin(45 deg)
x = 7*sin(40 deg) = 4.95 feet
- But, this is only the horizontal distance that the swing traverses from one extreme position to hanging straight down. It needs to complete its motion and swing up to the other extreme position. So, in moving from one extreme position to the other, the swing traverses a horizontal distance of
2x = 2*4.95 feet = 9.9 feet.
