5 horses with a combined weight of 6,240 pounds
horse trailer has a limit of 8,000 pounds of horse and tacks.
Find the weight of tack, t, for each horse that Cari can allow.
5t + 6,240 <  8,000
5t + 6,240 < 8,000
    - 6,240    -6,240
5t              < 1,760
<span>÷5                 ÷5    </span>
 t               <  352
Each horse can carry a tack that weighs no more than 352 pounds. 
Any tack that weighs beyond <span>352 </span>pounds is will exceed the maximum carrying capacity of the horse trailer.
 
        
        
        
For an individual die roll, the probability of rolling 6 is \dfrac{1}{6} 
6
1
 .
Effectively, this problem is asking for P(\text{1st roll is 6}\cap\text{2nd roll is 6})P(1st roll is 6∩2nd roll is 6).
Using the rule of product, this is:
\dfrac{1}{6}\times\dfrac{1}{6}=\dfrac{1}{36} 
6
1
 × 
6
1
 = 
36
1
 .
 
        
             
        
        
        
Answer:
Its the last option 
y = 1488.33x + 23800 ; $172,600.
Step-by-step explanation:
The slope of the trend line = (median value for 2000 - median value for 1940) / 60
= 89300 / 60
= 1488.33.
So the equation is 1488.33x + 23,800
Estimate for 2040 
is 1483.33* 100 + 23800
= 172,600.
 
        
             
        
        
        
Answer:
I cant graph on here
Step-by-step explanation: