Answer:
Translated 2 units R<u>ight</u>
and Translated 4 units<u> left</u> and Across the y - axis
<em>Now the new function is </em>
<em> h(x) = -( x + 2 )³ - 4</em>
Step-by-step explanation:
<u>Step(i):</u>-
<em> Type of transformation change of function</em>
<em></em>
<em>a) The translated left 'c' units x - c</em>
<em>b) The translated Right 'c' units x + c</em>
<u><em>Step(ii)</em></u>
The given function f(x) = x³
<em>The given function is translated '2' units right side then the new function</em>
<em> h(x) = ( x + 2 )³</em>
<em>and next the translated '4 ' units left sides and reflected across the y-axis</em>
<em>Now the new function is </em>
<em> h(x) = -( x + 2 )³ - 4</em>
Answer:The function is a direct variation function with a constant
of variation of 1.5.
Step-by-step explanation:
Answer:
:1
Step-by-step explanation:
Ratio of height of two cylinders are 3:1
Let C2 has the height x
then height of C1 is 3x
Let r1 is the radius of C1
and r2 is the radius of C2
As given that volume of both are equal
Also we know that formula for the volume of the cylinder is
V= π r²h
for C1
V= π (r1)²h
for C2
V=π (r2)²h
As volume of both are same so equating them
π (r1)²h1 = π (r2)²h2
as h1 =3x and h2=x
putting values
π (r1)²(3x) = π (r2)²(x)
cancelling out π and x from both side of the equation
3(r1)²= (r2)²
Taking square root of both sides give

r1 (
) = r2
or
r1 : r2 =
:1
10,000,000 + 5,000,000 + 300,000 + 40,000 + 70 + 8
Okay, so we’ll use sin in this case. You could use cos too, I just like sin. Sooo
sin(?) = 39/89
? = sin^-1(39/89) <— make sure you calculator is in degrees mode, not radians when doing this calculation!
? = 25.989° ≈ 26°