Find an equation of the line. Write the equation using function notation.
Through (−5,−9); parallel to 6x+5y=11
Find an equation of the line. Write the equation using function notation.
Through (3,−6); perpendicular to 4y=x
Find an equation of the line through (3,4) and parallel to y=3x−4. Write the equation using function notation.
Find an equation of the line passing through the given points. Use function notation to write the equation.
(−2,−2) and (−4,−3)
Find an equation of the line passing through the given points. Use function notation to write the equation.
(3,11) and (4,16)
Write a list of book using structures defining parameters. (5 at least)
o Name (String) – Topic (String) – Pages (int) – IsEnglishLanguage (bool) – Price
(float)
a. Get your 1 ruler-sized strip of paper, put glue on the entire strip on one face then fold the paper. Let the paper stick to make it half in size. This is your set-up 3.
b. Get another 1 ruler-sized strip of paper, do the same procedure in letter but on this one use a baby powder after putting glue and observe if they will stick together. This is your set-up 4.
a. How will you describe the forces of attraction between solid solute and liquid solvent?
b. How will you differentiate the results of set-up 3 and set-up 4?
SHOW that every open interval is uncountable
At 273 K measurements on argon gave B = -21.7 cm3 mol-1 and C = 1200 cm6 mol-2, where B and C are the second and third virial coefficients in the expansion of Z in powers of 1/Vm. Assuming that the perfect gas law holds sufficiently well for the estimation of the second and third terms of the expansion, calculate the compression factor of argon at 100 atm and 273 K. From your result, estimate the molar volume of argon under these conditions