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if the areas of the circular bases of a frustum of a cone are 4cm2 and 9cm2 respectively and the height of the frustum is 12cm what is the volume of
a golf ball has a diameter equal to 41cm its surface has 150 dimples each of radius 2mm calculate the total surface area which is exposed to the
a conical vessel of radius 6cm and height 8cm is completely filled with water a sphere is lowered into the water and its size is such that when it
a solid toy in the form of a hemisphere surmounted by the right circular cone of height 2cm and diameter of the base 4
the major function of the nerve cells of the body is contact this is accomplished by passing electrical and chemical messages from neuron to neuron
a building is in the form of a cylinder surrounded by a hemispherical vaulted dome and contains 411921- cu m of air if the internal diameter
an ice-cream cone has a hemispherical top if the height of the cone is 9 cm and base radius is 25 cm find the volume of ice cream
a cylindrical vessel of diameter 14 cm and height 42 cm is fixed symmetrically inside a similar vessel of diameter 16 cm and height 42 cm the total
water in a canal 30 dm wide and 12 dm deep is flowing with a velocity of 10 kmh how much area will it irrigate in 30 minutes if 8 cm of standing
a sphere and a cube have equal surface areas show that the ratio of the volume of the sphere to that of the cube is radic6 radicpians sa
hydrophilic and some lipophilic hormones bind to cell surface receptors these are necessary membrane proteins located in the
a bucket of height 8 cm and made up of copper sheet is in the form of frustum of right circular cone with radii of its lower and upper ends as 3 cm
a solid is in the form of a right circular cone mounted on a hemisphere the radius of the hemisphere is 35 cm and the height of the cone is 4 cm the
in multicellular organisms there is a requirement for the cells to communicate with one another in order to coordinate their metabolism and
signal transduction occurs when an extracellular signaling molecule activates a cell surface receptor in words this receptor change intracellular
provided a homogeneous system of equations 2 we will have one of the two probabilities for the number of solutions1 accurately one solution
specified a system of equations 1 we will have one of the three probabilities for the number of solutions1 no solution2 accurately
clathrin-coated pits and vesicles are included in both the endocytosis of material at the plasma membrane and the exocytosis of
phagocytosis is the ingestion of huge particles like as bacteria and cell debris by large endocytic vesicles called as phagosomes in order to
review systems of equations - the traditional initial point for a linear algebra class we will utilize linear algebra techniques to solve a system of
endocytosis is the uptake of extracellular macromolecules across the plasma membrane into the cell the objects to be ingested is
for this point weve only looked as solving particular differential equations though many real life situations are governed through a system of
nuclear transport is an energy-dependent process mediated through saturable receptors export and import receptors are by to distinguish and bind to
find the laplace transforms of the specified functionsa ft 6e5t et3 - 9b gt 4cos4t - 9sin4t 2cos10tc ht 3sinh2t
as we saw in the previous section computing laplace transforms directly can be quite complex generally we just utilize a table of transforms when