(1) prove that f(x) = exp(x) is continuous (for a given > 0, find δ > 0 explicitly. ) (2) prove that f(x) = sin(x) + 5x is uniformly continuous on r. (3) is f(x) = sin(x) + x 2 uniformly continuous on r? on which subset of r is f uniformly continuous? verify your answer.
the answer would be $5.5
first, multiply $0.12 by 25 to get $3. add the $3 to $2.50 to get your answer of $5.5
b is the correct answer becuase the definition of an adjacent angle is two angles that have a common side. hvi and ivj are the only two options that are adjacent angles. hope this !
slope intercept form is y=mx+b where m is the slope and b is the y-intercept. the line crosses through (0,3) so b=3.
to find the slope, count the units between two points and form a ratio of vertical to horizontal distance. count from (0,3) to (1,0). it drops -3 units and moves to the right 1 unit. so m = -3/1 = -3.
the equation is y = -3x+3
gross annual income: $26,520
gross annual income is the amount of money made without any taxes or deductions subtracted from the total. if brad earns $12.75 per hour and works 40 hours per week, we can first find his weekly income by multiplying the rate by the number of hours per week:
$12.75 x 40 = $510.00
since brad earns $510 per week and there are 52 weeks in one year, we can find his gross annual income again by multiply the weekly rate ($510) by the number of weeks in a year (52):
$510 x 52 = $26,520