Example sentences of "give [prep] [adv] [letter] " in BNC.
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| 1 | The current spot price ( or present value ) of each 100 worth of deposit at maturity is given by where N 1 = number of days between current date and delivery date of futures contract ( period 1 ) , N 2 = number of days to maturity of time deposit , e.g. 91 days ( period 2 ) , rs 1 = spot interest rate for period 1 , rs 2 = spot interest rate for periods 1 and 2 , 1 rf 2 = forward/futures rate for period 2 . |
| 2 | The relationship between and s is given by where n is the size of the sample . |
| 3 | The relationship between and s is given by where n is the size of the sample . |
| 4 | As first derived by Aslamazov and Larkin ( AL ) , the excess conductivity is given by where D is the dimensionality of the specimen and t is the reduced temperature defined by . |
| 5 | The holding period yield , rh , is given by where d p = rate of discount at purchase , d s = rate of discount at sale , N pm = number of days between purchase and maturity , N sm = number of days between sale and maturity . |
| 6 | All other stress components are zero as are the strains except for which is given by where u is the displacement measured on a fiducial length l . |
| 7 | Now imagine that v t is in fact a random walk given by where t is a serially independent random variable . |
| 8 | The amount of electricity 42 required to raise the temperature of the contents by T2 is given by where I is the current in amperes , Vis the potential difference in volts , and t is the time in seconds . |
| 9 | The stress at time , is assumed to be given by where p is an undetermined hydrostatic pressure . |
| 10 | In this case , the work w done by a system is given by where P is the external pressure and V the change in volume . |
| 11 | since the poles of this function are given by where p is any integer including zero , which is equivalent to rejecting poles in the positive half of the s-plane reveals that the transfer function to be provided is or Two reactive components are needed to achieve second-order response and so the relevant low-pass filter in conjunction with the load resistance R is as shown in figure 12.2(a) . |
| 12 | For a third-order Butterworth filter the poles of which are given by where p is any integer including zero , or by where p = 0 , 1 , 2 . |
| 13 | The resulting change in mass is given by where Q is the heat of ablation and C H is the heat transfer coefficient . |
| 14 | The mean thickness , , of the thermal boundary layer is given by where R c is the critical value of the Rayleigh number ( 10 3 ) , μ is the magma viscosity , is the thermal diffusivity , α is the coefficient of thermal expansion , T is the temperature difference driving convection , g is gravity and is the magma density . |
| 15 | The change in factor Incomes is given by where r denotes the coefficient of the distributional term in square brackets in ( 9–42 ) . |
| 16 | The holding period yield , rh , is given by where r p = yield on the CD at purchase , r s = yield on the CD at sale , N pm = number of days between purchase and maturity , N sm = number of days between sale and maturity . |
| 17 | The equation of a straight line is given by where x and y are the coordinates of any point on the line , a is the y coordinate of the point where the line cuts the y axis ( x=O ) and b is the tangent of the angle between the positive x axis and the line , measuring anticlockwise ( Figure 4.4 ) . |
| 18 | The invoice amount is given by where F = nominal value of futures contract 500,000 ) , N = number of days to maturity of time deposit ( e.g. 91 days ) , rd = interest rate on time deposit ( 0.0865 ) , rs = settlement interest rate ( 0.0875 ) . |
| 19 | The complex elastic modulus E * is given by where F is the amplitude of the tensile force , A is the sample cross-sectional area , L is the sample length , and ΔL is the amplitude of elongation . |
| 20 | The interval between ticks measured by the external observer also at rest , but at a height r + Δr , is given by where M is the Earth 's mass . |