The answer would be d because it only makes logical sense
Impact/Shock can cause sufficient<u> Static electricity</u> to initiate <u>Force/heat</u> an explosive
Explanation:
Static electricity basically mean that the electric charge on the surface of the object has increased and it continues to remain on the object till the time it either flows out or the object gets discharged completely.The discharging of static electricity can lead to the production of a spark which can further lead to a fire or explosion
Explosive bases refers to a solid or a liquid particle on which an application of shock breaks down the product into a gaseous form and it is accompanied by the release on heat energy which further results in explosion.
<u>Example of explosion using static electricity is the explosion that took place in the Hindenburg .</u>
Answer:
Attached is the pictorial view of the solution
i)The only dominant strategy is BETH to choose RIGHT
ii) the outcome reflecting the unique Nash equilibrium in this game is as follows Andrew chooses LEFT and Beth chooses RIGHT
Explanation:
Andrew payoff = 6 when he chooses Right
Beth payoff = 5 when he chooses right
The given data
Beth : Left ; 4,5. right ; 4,5
Andrew : Left ; 8,4. right ; 5,6
i)The only dominant strategy is BETH to choose RIGHT
ii) the outcome reflecting the unique Nash equilibrium in this game is as follows Andrew chooses LEFT and Beth chooses RIGHT
Answer:
a. Heat Capacity = 1.756J/mol-K
b. Heat Capacity = 24.942J/mol-k
Explanation:
Given
Constant volume Cv = 0.81J/mol-k
T1 = 34K
Td = Debye temperature = 306 K. Estimate the heat capacity (in J/mol-K) a. 44 K
First, The value of the temperature-independent constant.
Using Cv = AT³
Make A the subject of formula
A = Cv/T³
Substitute each values
A = 0.81/34³
A = 0.000020608589456543
A = 2.061 * 10^-5J/mol-k
The heat capacity changes with the temperature; below is the relationship between heat capacity and the temperature
Cv = AT³
So, The heat capacity when T = 44k is then calculated as
Cv = 2.061 * 10^-5 * 44³
Cv = 1.755522084266232
Cv = 1.756J/mol-K
(b) at 477 K.
Because the temperature is larger than the Debye temperature, the specific heat is calculated using as:
Cv = 3R
Where R = universal gas constant
R = 8.314J/mol-k
Cv = 3 * 8.314
Cv = 24.942J/mol-k
Answer:
weight will be become
So option (C) will be correct answer
Explanation:
We have given mass of the earth is and radius of earth is
Acceleration due to gravity on earth is given by
Weight is equal to , as mass is always conserved so weight is dependent on acceleration due to gravity
Now radius is
So acceleration due to gravity is
As weight is directly related to acceleration due to gravity
So weight will be become
So option (C) will be correct answer