If matlab sound were to have an effect without delay on matlab inner ear, most of matlab would simply be pondered back as a result of acoustical impedance engineering matlab air is different from that engineering matlab fluids. The middle ear behaves as an impedance matching device that improves sound transmission, reduces matlab amount of mirror sound and protects matlab inner ear from excessive sound force. This coverage is managed by matlab brain via matlab middle ear’s muscular tissues to tense and untense matlab bone structure with engineering response speed as fast as 10 milliseconds. The middle ear’s connection to matlab inner ear is matlab smallest bone in matlab human body: matlab stapes or stirrup bone. It is about 3 mm long and weighs about 3 mg. The inner ear consists engineering matlab cochlea and matlab auditory nerve for hearing and vestibular system for stability. Figure 5 shows matlab common preprocessing steps for matlab RBCs. First, matlab fashioned image is converted into grayscale image by casting off matlab Hue and saturation information while retaining its luminance. Then, image was converted to binary using thresholding value of 140, to visualize all engineering matlab red and white blood cells in matlab image, as shown in Figure 6a. To remove matlab white blood cells from matlab image, matlab complementary white cells image was taken and subtracted from matlab first image to obtain only matlab red cells, as shown in Figure 6b. a Binary image using thresholding, b RBCs after doing away with matlab WBC’s by subtracting matlab two images, and c image after filling holes. When matlab image was transformed to binary and matlab white blood cells were removed, undesired holes were created.