Blog

Fill in the following COST TABLE: ONLY NUMBERS! NO COMAS! NO SYMBOLS! ROUND TO THE NEAREST WHOLE NUMBER!    Output  Variable Cost  Total Cost  AFC  AVC  ATC  Marginal Cost   0  [BLANK-1]  $1,080  —-  —-  —-  —-   1  $400   $1,480   [BLANK-2]  [BLANK-3]  [BLANK-4]  $400    2  [BLANK-5]  [BLANK-6]  [BLANK-7]  [BLANK-8]  $965   $450    3  $1,350   $2,430   [BLANK-9]  [BLANK-10]  [BLANK-11]  $500    4  $1,900   [BLANK-12]  [BLANK-13]  $475   [BLANK-14]  [BLANK-15]   5  $2,500   [BLANK-16]  $216   [BLANK-17]  [BLANK-18]  [BLANK-19]   6  [BLANK-20]  $4,280   [BLANK-21]  [BLANK-22]  [BLANK-23]  $700     

There are 13 clotting factors.   How many factors can be deficient or absent before blood will not clot?

This  hormone causes  a rise in blood glucose when it is released into the bloodstream .

This  organ is capable of storing blood that can be released into circulation when the animal needs it.

How is the production of thyroid hormone effected in a  healthy animal exposed to cold temperatures?

How much work is required to bring in a 3.8 uC point charge from far away and place it a distance of 0.20 m away from a 10 uC point charge?

A 4.5 u C point charge is released from rest in a uniform electric field of magnitude 1.47 x 10^4 N/C.  The mass of the charge is 2.8 x 10^-4 kg and the electric force is the only force present.  Find the speed of the charge when it has moved a distance of 0.65 m in this field.

A charge of -3.0 uC (10^-6 C) is experiencing an electric force of 1.20 N from a 6.5 uC charge.  How far apart are these charges?

A 3.67 uC point charge gains 1.6 J of potential energy when it moves between two points in an electric field.  What is the potential difference between these two points?

A 4.1 uC charge is placed in an electric field and, as a result, experiences an acceleration of 215 m/s^2.  If the mass of the charge is 1.2 x 10^-4 kg, find the magnitude of the electric field.  Assume that the electric force is the only force present.