Answer:
113 feet
Step-by-step explanation:
I will assume you meant h = -4.9t^2 + 135; "t2" is incorrect.
To answer this question, to find the height of the ball after 2.1 seconds, substitute 2.1 for t in the above equation:
h(2.1) = -4.9(2.1)^2 + 135. This becomes -21.6 + 135, or 113.4.
The closest result to the height of the ball after 2.1 seconds is 113 feet.
No not really because 89,420 cant be bigger than 27
Answer:
B. The maximum occurs at the function's x-intercept.
Step-by-step explanation:
Given table:
From inspection of the table, we can see that:
and
This indicates <u>symmetry</u>.
The line of symmetry is the mid-point between the two x-values.
Therefore, the <u>line of symmetry</u> is x = -4
The vertex (minima/maxima) is on the line of symmetry, therefore the vertex is at (-4, 0). As the function decreases as x → 0, the vertex is a <u>maximum</u>.
As the y-value of the vertex is 0, the maximum occurs at the function's <u>x-intercept</u>.
Answer: 5 miles
Step-by-step explanation:
Answer:
Hungarian Dances (1869–1880)
Academic Festival Overture (1880)
German Requiem (1865–1868)
Violin Concerto (1878)
Wiege lied (1869)
Symphony No. 4 (1884)
Variations on a Theme by Haydn (1873)
Piano Concerto No. 1 (1858)
Piano Quintet (1865)
Symphony No. 3 (1883)
