Trace the path followed by a sperm and by and egg from the area of t.pdf

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Trace the path followed by a sperm and by and egg from the area of their formation to the outside of the body. Solution The path followed by sperm self from formation to ejaculation: The sperm cells are produced in the testicles. They travel through the seminiferous tubules into epididymis. Epididymis stores them until the get matured. 10 day travel through West difference where the pickup the fluid from seminal vesicles prostrate gland and cowper\'s gland. This fluid and sperm cells is called semen. It is released from the body during ejaculation. SEVEN UP!! S- seminiferous tubules E- epididymis V- vas deferens E- ejaculatory duct N-nothing U-urethra P-penis path of ovum: Female is born with all the eggs that she will have in her lifetime one egg matures every month and the egg is either fertilized are discarded. The egg starts in the ovaries and moves into the fallopian tubes, from the fallopian tubes the egg travels to the uterus The egg is fertilized in the uterus or comes out the cervix and through the vagine as a period..

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Students be able to identify the various structures of the male reproductive systems and state their functions; Students be able to identify the various structures of the female reproductive systems and state their functions Reproduction is the process that continues life on Earth Males and females each have structures specialized for their roles in reproduction. Hormones are the key to how the human reproductive system functions, Sex hormones are necessary for the development of sexual characteristics, such as breast development in females and facial hair growth in males. Hormones from the pituitary gland also begin the production of eggs in females and sperm in males. Eggs and sperm transfer hereditary information from one generation to the next. Reproduction is the process that continues life on Earth Males and females each have structures specialized for their roles in reproduction. Hormones are the key to how the human reproductive system functions, Sex hormones are necessary for the development of sexual characteristics, such as breast development in females and facial hair growth in males. Hormones from the pituitary gland also begin the production of eggs in females and sperm in males. Eggs and sperm transfer hereditary information from one generation to the next. Reproduction is the process that continues life on Earth Males and females each have structures specialized for their roles in reproduction. Hormones are the key to how the human reproductive system functions, Sex hormones are necessary for the development of sexual characteristics, such as breast development in females and facial hair growth in males. Hormones from the pituitary gland also begin the production of eggs in females and sperm in males. Eggs and sperm transfer hereditary information from one generation to the next.

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During spermatogenesis in the seminiferous tubules, the position of a developing spermatogonia can be correlated with its maturity. Discuss how the structure of the seminiferous tubule is related to its function is sperm production. Can a similar relationship be established for a structure in the ovary? Solution Seminiferous tubules are observed in testes which are the male reproductive organs. Testes contains the tough, white fibrous connective tissue that is tunica albuginea that surrounds the testes and it extends inward to form septa that makes the organ into lobules. Each lobule contains the 1 to 4 seminiferous tubules and all these converge to form a single straight tubule and that leads to the rete testis. Each seminiefrous tubules contain the interstitial cells or leydig cells that produce the male sex hormones, these are exit from testis through efferent ducts. From the efferent ducts, they enter into epididymis, ducts of deferens, ejaculatory duct and reaches the urethra and ejected out through penis. During this process, accessory glands like seminal vesicles and prostate glands provides energy and enhance the motility of the sperms by producing fructose and thin milky coloured viscous fluid respectively. Seminiferous tubules contain the cells and between these large cells are present called sertoli cells that support and nourish the other cells. Sperms are produced by the process spermatogenesis. So, the structure of the seminiferous tubules is related to its function is sperm production. Ovaries are the female reproductive organs and ova or egg released from one of the ovaries at random menstrual cycles. The process of production of ova from ovaries is called ovulation. Female reproductive system contains the fallopian tubes, two ovaries, uterus, cervix and vagina. Ovaries releases the ova and these are carried to fallopian tubes and these are carried to the uterus. Uterus is attached to the cervix and then to vagina. Ovulation process occurs by the hormones follicle stimulating hormone and luteinizing hormone and after the formation of the follicles and ova get releases which is stimulated by the estrogen hormone. So the structure of the seminiferous tubules is related to its function is sperm production and the same relation is established with structure of ovary.

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If 0.150 mL of 10^-7.5 dilution yielded an average of 256 colonies/plate, calculate the number of bacteria per mL of the original culture. Show all calculations. Solution The number of colony-forming units (CFU) = [no of cells]/ [volume of dilution x volume of diluted sample added to the plate] Now CFU per ml of dilution is 256 colonies divided by 0.150 ml plated = 1706.7 colony- forming units/ml of dilution. Dividing this number by the 10-7.5 dilution = 1706.7 / 10-7.5 = 1706.7 x 107.5 colony-forming units/ml of original culture sample.

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In the equation below f is a frequency, and L is a length. What are the dimensions of a? In the equation below f is a frequency, and L is a length. What are the dimensions of a 1/f = 2.pi.root L/a Solution On the left hand side: Dimension of frequency is T-1. So, dimension of 1/f will be T. Now on the right hand side, 2pi is dimension less constant and L is length To obtain the dimension of T on the right side, we have to divide the length dimension by another length dimension and multiply by T2. Hence, dimension of 1/a = T2/L So, dimensions of a = L/T2 = LT-2.

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how are the axial and appendicular skeletons attached Solution Answer : Axial and appendicular skeleton are the two principal kinds of bones found in the adult humans in which both divisions join to form a complete skeleton. Axial skeleton consists of the bones that lie around the longitudinal axis of the human body. Examples of axial bons are skull bones, ear bones, ribs, sterum and bones of vertebral column. Appendicular skeleton consists of the bones of the upper and the lower limbs. Appendicular bones also consists of bones forming the girdles that connects the limbs to the axial skeleton. The pectoral girdle which is also called as shoulder girdle connects the upper limbs to the body where as the pelvic girdle/Hip girdle of the bony pelvis connects the bones of the lower limbs to the axial skeleton.

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