Ok
y=mx+b
m=slope
b=y intecept
slope=-2
y=-2x+b
we are given the point (3,0)
x=3
y=0 is one solution
input
0=-2(3)+b
0=-6+b
add 6
6=b
y=-2x+6
C
We have cos( x - y ) = cosxcoy + sinxsiny <=> cos ( π - x ) = cosπcosx + sinπsinx <=> cos ( π - x ) = (-1)cosx + 0sinx = -cosx;
Answer:
The mass of the chocolate will be between 2.42 ounces and 2.58 ounces, the absolute value inequality is:
Step-by-step explanation:
The ideal mass of the chocolate is 2.5 ounces, although it can vary by 0.08 ounces, this variation can occur for greater masses and lesser ones. Therefore the actual mass of the each chocolate will sit between the ideal mass minus 0.08 and the ideal mass plus 0.08. Therefore we can construct the following inequality:
The mass of the chocolate will be between 2.42 ounces and 2.58 ounces, the absolute value inequality is:
Answer:
The variable whose value does not depend on the other variable is the independent variable. The variable whose value depends on the other variable is the dependent variable.
Step-by-step explanation:
Answer:
c.s.a of cone = pie r^2 + pie r l
radius = diameter/2 = 13/2
slant height (l) = 17
pie (13/2)^2 + pie 13/2 * 17
3.14 * 169/4 * 3.14 * 13/2 * 17
368246/8
= 46030