Awildlife biologist captured and released 26 male whitetail deer from two different forests and weighed them to the nearest pound. she captured 13 deer from big rock forest and 13 deer from red river forest. she then calculated the following statistical information.
big rock red river
first quartile 151.5 143
second quartile 160 155 (median)
third quartile 191 216
based on these samples, what generalization can be made?
a. the median is higher for red river forest than for big rock forest.
b. big rock forest has more deer that weigh 155 pounds or less compared to red river forest.
c. the interquartile range for red river forest is greater than the interquartile range for big rock forest.
d. red river forest has more deer that weigh 160 pounds or more compared to big rock forest.

The interquartile range is found by calculating the difference between the third quartile and the first quartile.

Big Rock forest  Red River forest

191 inches - 151.5 inches = 39.5 inches  216 inches - 143 inches = 73 inches

Therefore, the interquartile range for Red River forest is greater than the interquartile range for Big Rock forest.

in mathematics, a constraint is a condition of an optimization problem that the solution must satisfy. there are several types of constraints—primarily equality constraints, inequality constraints, and integer constraints. the set of candidate solutions that satisfy all constraints is called the feasible set.

hoped i'm right lol

system of linear equation

step-by-step explanation:

as given in the data

a= 20 , b= -12

let us suppose that it is a straight line equation

now we know the formula for the system of linear equation

b= ma + c )

here m is slope of a straight line which is equal to formula

m=   (ii)

and here c is a constant

now putting the value of a and b in equation (ii)

m=

m=

putting the value of a,b and m in equation (i) gives us

-12 = + c

-12=-12 + c

adding 12 to both sides

-12 +12 = -12 +12 +c

0 =c

or c=0

as the value of the constant is zero which gives us that it is a linear equation and this order pair satisfies the system of linear equations.