A thrill ride at an amusement park holds a maximum of 12 people per ride. a. Select an inequality that you can use to find the least number of rides needed for 15,000 people. Let x represent the number of rides. Then find the least number of rides needed for 15,000 people
b. Do you think it is possible for 15,000 people to ride the thrill ride in 1 day? Explain.
The park is open hours per day. To complete the least number of rides required for 15,000 people in 1 day, the thrill ride would have to operate, to the nearest tenth, about
times per hour. This means that the thrill ride would have to operate once every
seconds, to the nearest second.
is blank! pls HELP ASAP

sorry man i accidentally pressed yes my bad

step-by-step explanation:

step-by-step explanation:

a cube has 6 sides

the probability of getting 5 on the first cube is 1/6 since only one side of the cube has 5 on it.

there are 3 sides of the cube with even number on it [2,4,6]

therefore the probability of getting even number is 3/6

for both events to happen together, the probability would be

1/6 x 3/6 = 12/36

which simplifies to 1/12

answer: 33 ( approx)

step-by-step explanation:

since, in the linear regression formula, the slope is the a in the equation y = b + ax ( by comparing it with the general equation of line y = mx + c )

where,

here given table is,

price ($), x   :           18         23       25       29       30       33

pairs sold, y :         16         13         10       8         6       2

so, ,   ,   ,

and   ,

thus, slop of the given line is,

⇒  

⇒   ≈ 33

the weight of the object inside the box!