Answer:
Step-by-step explanation:
Well, we know that The higher the blood drop falls, the larger the diameter of the blood drop will be on the surface it strikes. Based on the data we can predict the diameter of a blood drop to be that was dropped from 125cm. 1.75cm (or anything between 1.65cm and 1.85cm)
Usually, to calculate the angle of impact of a blood drop, you will need to measure the WIDTH and LENGTH of the blood drop in millimeters. But we don't get the blood splatter. So, instead...
Impact Angle = Inverse Sine of W/L of drop OR Inverse sin of (width ÷ length)
Calculate here: (Desmos .com /scientific)
Example Problem: If the length is 36mm and the width is 5mm, what is the angle of impact for this blood drop? Inverse sin of (5 ÷ 36) = sin-1(5÷36) = 7.98o
*(I'm actually really not great at math, so you might just want to solve yourself. Sorry ;;)