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Initial speed = 20 m/sFinal speed = 0Average speed = 1/2 (20 + 0) = 10 m/sDeceleration = 5 m/s2Time to stop = 20/5 = 4 secondsDistance = (average speed) x (time) = (10) x (4) = 40 mWhen we first looked at this question, we thought that the 'm' was 'miles'.But that would have meant that the car is going 72,000 mph until it startsdecelerating at 820 G's, and we realized that before it ever came to a stop,there would be nothing left of the driver and very little of the car. So wedecided that 'm' is most likely 'meters'.
The standard equation for a straight line is y = mx + c. Let this be the equation of the original line. Note that m and c are known values. Let the given point coordinates be (a,b)Two straight lines are perpendicular if the product of their gradients (slopes) is -1.The slope (m1) of the perpendicular line is therefore m1 = -1/mWhen y = b then x = a so the equation for the perpendicular line is y = m1x + d, and substituting gives : b = -a/m + d and this will enable d to be calculated.NOTE : In the absence of information for the equation of the original line and the coordinates of the given point then this is a general rather than a specific answer.
Drink a large glass of water and go to the nearest A & E Dept., It means that your blood sugar is at a dangerous level and if not brought down quickly you can go into cardiac arrest.Drink as much water as you can and call an ambulance.It is a known fact that if you enter an emergency room at the hospital via ambulance you will be seen quicker then if you walk in through the waiting room.There the doctor and medical staff will closely monitor your vital signs and attatch you to an I.V. in order push fluids through your body to bring your B.S. down quickly and to a safer range.