Answer:
4y^3/2
Step-by-step explanation:
The 4 will remain 4 so we'll leave that alone. √y³ can be written as y^3/2. The way I like to remember how to write fractional exponents is that the index of the radical is the denominator of the fractional exponent and the exponent inside the radical is the numerator.
Answer:
(
0
,
−
5
)
,
(
1
,
−
5
/2
)
,
(
2
,
0
)
Step-by-step explanation:
Choose three values for x and substitute in to find the corresponding y values.
Answer:
x=57 degree
Step-by-step explanation:
Answer:
Option D
Step-by-step explanation:
We need the product of:
(-3s + 2t)*(4s - t)
We can use the distributive property:
(a + b)*(c + d) = a*c +b*c + a*d + b*d
Applying to our case:
(-3s + 2t)*(4s - t) = (-3s)*4s + (-3s)*(-t) + 2t*4s + (2t)*(-t)
(-3s + 2t)*(4s - t) = -12(s^2) + 3st + 8ts - 2(t^2)
(-3s + 2t)*(4s - t) = -12(s^2) + 11ts - 2(t^2)
So, the correct is option D negative 12 s squared + 11 s t minus 2 t squared
The scale factor would be 1/2. For example, coordinate A was (12, 8) before dilation. After dilation, coordinate A was (6, 4.) The coordinates became 2x as small so 1/2 of the orginal shape remain. 12 × 1/2 = 6
