<span>Suppose you are going to graph the data in the table below. What data should be represented on each axis, and what would be the appropriate increments?
Year Profit
2003 $100,000
2004 $55,000
2005 −$45,000
2006 $110,000
2007 $330,000
2008 $800,000
2009 $242,000
2010 −$11,000
2011 $285,000
a. x-axis: years in increments of 1; y-axis: profit in increments of $50,000
b. x-axis: profit in increments of $50,000; y-axis: years in increments of 1
c.x-axis: years in increments of 1; y-axis: profit in increments of $200,000
d.x-axis: profit in increments of $200,000; y-axis: years in increments of 1</span>
Answer:
not linear
Step-by-step explanation:
this equation becomes y = -4x² + 32x which is a quadratic equation that, when graphed, forms an upside down u-shaped curve (upside down because the x² term is negative; if it's positive then the curve is u-shaped)
if 2 quarts=1/2 galleon on the graph.
Then half of 2 quarts will be half of 1/2 galleons.
Therefore 1 quart=1/4 galleons.
Hope it helps!
C. Is correct , Which is the current answer you have selected the median is the middle and since the graph is correct as of leading up to the median is correct
The answer is 95.4525 percent because you would use an equation
n!/(r!(n-r)! x (P)^x * (1-P)^(n-x)
Plug in the number correspondingly
N= 10
R= 1 , 2 , 3 , 4 , 5 , 6 (You will have to do each individual, if you have a Ti-nspire calculator however there is a built program called binomialcdf.
P= .37
x = r
After plugging this is the achieved answer is 95.4525
(.0578 + .1529 + .2394 + .2461 + .1734 + .0849) x 100
additive may be a little off due to rounding.
