Answer:
0019273637282.3.5 y .u uowiwotjuirooiqjdjcnncnxndhsiwj nxjsisisiiwhdvdhsjwndbxuakwnsbsuwkwnnshwjwnhidjwjbsusjwvshiw bdhxuiwjsjsbduisishshwqwjbsuijbshiwojsbhdxjsisisiusjjjsjdhdbbdbdbdjejwiwi wuejdjdjjendbdbdbdbdjejeieiejejejjsjsjsjnendjjsksiskoaoakaooiaoajsjjsjwjjwjsisnw vhxjwkaowjnendushwjsisisikwkwkwksbbdhd sjjsisjwjejsjjsisjsnhduisiwjebdvgxyiabwnsnkzisjsvehsguwiwjehhdjsusiwikwkwksjs
Answer:
sure I'll try to help you oh math
Answer:
h = 61.25 m
Step-by-step explanation:
It is given that,
The initial velocity of the ball, v = 60 m/s
It is thrown from a height of 5 feet, 
We need to find the maximum height it reaches. The height reached by the projectile as a function of time t is given by :

Putting all the values,
.....(1)
For maximum height, put

Put t = 1.875 in equation (1)

So, the maximum height reached by the ball is 61.25 m.
The distance of the spaceship in discuss as in the task content given can be evaluated as; 800miles.
<h3>What is the distance the spaceship travels in 4 minutes?</h3>
The distance travelled by the spaceship in discuss can be evaluated by means of the slope of the linear relationship as follows;
Hence it follows from ratios that by observation, the linear relationship has a slope of 200mi/min.
Consequently, we can evaluate the distance travelled after 4 minutes as;
Distance = 200 × 4 = 800mi.
Ultimately, the distance travelled per minute by the spaceship is; 800mi.
Remarks:
600 miles
520 miles
800 miles
1,080 miles
Read more on ratios;
brainly.com/question/13513438
#SPJ1
The percent of change = ((new value - old value) / old value) × 100%
Our new value = $261.50
Our old value = $382
Plug our values into the equation above.
(($261.50 - $382) / $382) × 100% = -31.54%