Answer:
The maximum height is 191.063 ft
Step-by-step explanation:
We can easily solve this question by plotting the graph of the equation below
h(t)=-16t^2+Vt+h
Where
h = initial height = 2ft
V = initial speed = 110 ft/s
t = time in seconds
Please, see attached image below
The maximum height corresponds to
191.063 ft
6. 6•2-1 = 12-1 = 11
9+2 = 11 11 = 1
7. 9•[8-2-3-(9-8)] 9-8 = 1
8-2-3 = 3 • 9 = 27+1 = 28
8. [7•3-(6+9)]/2= 6+9= 15
7•3 = 21 /2 = 10.5
9. 2•10/5+(7+5)/2= 7+5=12
2•10 = 20/2 = 10+12 = 22
10. 2•6-9-[5-(9-7)] 9-7 = 2
5-2 = 3
2•6= 12-9+3 = 3+3=6
11. 10+10/5-8 = 10/5 = 2
10-8+2= 2+2=4
12. [2-(10-8)]•6+3•5 = 10-8=2
2-2= 0 • 6 = 0+3•5 =15
13. 8/2/(6-4) = 6-4 = 2
8/2/2 = 4/2=2
14. 6[5+(14-8)/3] = 14-8=6 = 5+6/3= 2+5= 7•6 = 42
make sure you always use PEMDAS! those brackets are important too. once you do the problem inside the parentheses you go straight to the problem inside the bracket then move further on. please make brainliest :)!!
1. 9/12 divide top and bottom by 3
3/4
now you can multiply the top and bottom by the same number and get an equivalent fraction
3/4 * 2/2 = 6/8
3/4 * 5/5 = 15/20
these are all equivalent fractions to 9/12 = 3/4 = 6/8 = 15/20
2. 16/24
divide the top and bottom by 8
2/3
This is as small as it goes (keep dividing until there is no number that will go into the top and the bottom evenly).
distance = rate * time
rate = distance / time
rate = .75 miles / .666666 hours
rate = 1.125 miles per hours (.125 = (1/8) ) so
rate = 1 plus 1/8 miles per hour. answer is B
