The amount of defects is not the independent value since you can not choose how many are defects, the independent variable would be the amount of bread made.
Answer:
a) 120
Step-by-step explanation:
B is twice the size of A
Answer:
24/325 m ≈ 7.38 cm
Step-by-step explanation:
The equilibrium position of the package is the distance at which the package weight is balanced by the spring force. That distance is ...
(12 N)/(325 N/m) = 12/325 m
Since the package is placed suddenly on the pan and there are no losses in the system, the position of the package will oscillate about this distance with an amplitude equal to this distance. That is, the maximum compression will be to a distance that is twice this amount, or ...
24/325 m
__
This is the depth at which all of the potential energy of the package due to its height is transformed into the potential energy of the spring due to its compression.
Answer:
16
Step-by-step explanation:
Okey dokey my dude, here's the deal. All you have to do to answer this is use order of operations (parentheses exponents multiplication division addition subtraction).
8÷2(<u>2+2</u>)=?
//parenthesis first
8÷2(4)
//Ok here's where people will mess up. They just look at the problem and assume that you should multiply the 2 and (4) first because the 4 is in parenthesis. That's understandable, but wrong. What the equation should really look like is 8÷2·4. So you should do 8÷2 first.
<u>8÷2</u>·4=?
4·4=?
<u>16=16</u>
H(x) equals what? I think you've missed that detail. :)
