Answer:
$375,000
Explanation:
The computation of the amount included in the natural resource is shown below:
= Cost of land & natural resource rights + cost of extraction during year + equipment used for mining + exploration & drilling cost
= $200,000 + $35,000 + $100,000 + $40,000
= $375,000
Hence, all the cost is inlcuded for natural resource except asset retirement obligation for restoring the land as this is not relevant so we ignored it
Answer:
Change in M1 $400
Changd in M2 $0
Explanation:
The money which is been held by individuals in savings accounts is part of the M2 money supply, but its not part ofthe M1 money supply.
Hence when Jane withdraws $400 cash from her savings account,the M1 money supply will increases by $400. However, the M2 money supply does not tend to change reason been that the M1 money supply is included as part of the M2 money
Change in M1 $400
Changd in M2 $0
Answer: II. stabilization of new issues
III. registration of exchanges
IV. registration of broker-dealers
Explanation:
The Securities Exchange Act of 1934 was put in place in order to be in charge of security trading.
From the options, those that are covered under the Securities Exchange Act of 1934 include the stabilization of new issues, the registration of exchanges and the registration of broker/dealers.
It should be noted that the Securities Exchange Act of 1934 does not cover the registration of new issues.
Answer:
16.25;
g(f(x)) ;
76 ;
f(g(x))
Explanation:
For 15 off
f(x) = x - 15
For 35% off
g(x) = (1 - 0.35)x = 0.65x
g(x) = 0.65x
A.)
For the $15 off coupon :
f(x) = x - 15
f(x) 40 - 15 = 25
For the 35% coupon :
g(x) = (1-0.35)x
g(x) = 0.65(25)
g(x) = 16.25
B.)
Applying $15 off first, then 35%
Here, g is a function of f(x)
g(f(x))
Here g(x) takes in the result of f(x) ;
For the $140 off coupon :
f(x) = x - 15
f(140) = 140 - 15 = 125
For the 35% coupon :
g(125) = (1-0.35)x
g(124) = 0.65(125) = $81.25
C.)
x = 140
g(x) = 0.65x
g(140) = 0.65(140)
g(140) = 91
f(x) = x - 15
f(91) = 91 - 15
f(91) = 76
D.)
Here, F is a function of g(x)
f(g(x))
f(x) = (0.65*140) - 15
