Answer:
360 combinations
Step-by-step explanation:
To calculate the number of different combinations of 2 different flavors, 1 topping, and 1 cone, we are going to use the rule of multiplication as:
<u> 6 </u>* <u> 5 </u> * <u> 4 </u>* <u> 3 </u>= 360
1st flavor 2nd flavor topping cone
Because first, we have 6 possible options for the flavor, then we only have 5 possible options for the 2nd flavor. Then, we have 4 options for the topping and finally, we have 3 options for the cone.
It means that there are 360 different combinations of two different flavors, one topping, and one cone are possible
The answer to your question is y=1
Answer:
2000 mm^3* .0005oz/1mm^3=1oz
Step-by-step explanation:
v=40mm*25mm*2mm=2000mm^3
Answer:
y > x - 3
Step-by-step explanation:
y - x > -3
This is an equation of a straight line graph.
Taking x to the right side, we get:
y > -3 + x
Rearranging, we get:
y > x - 3
Answer:
4th choice
Step-by-step explanation:
Let f(x)=x^4 be the parent function.
This is what the following means:
n(x)=(x-3)^4 : The parent function has moved right 3.
h(x)=-x^4 : The parent function has been reflected over the x-axis.
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Together (n and h):
m(x)=-(x-3)^4: The parent function has been reflected over the x-axis and moved right 4 units.
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v(x)=(x-3)^4+5: The parent function has been moved right 3 units and up 5 units.
So you have g(x)=-(x+3)^4.
So this consists of a reflection across x-axis and has been shifted 3 units left.
