Answer:
1.4 i would wait for someone else to answer it I'm not sure
Step-by-step explanation:
Answer:
-164
Step-by-step explanation:
(2 - (- 2)²)² +5 · ( -4)
(2 + 2²) ² +5 · ( -4)
(2 + 2 + 2)² +5 · ( -4)
6² +5 · ( -4)
6 · 6 + 5 · -4
36 + 5 · -4
41 · -4
-164
Hope this helped!
Have a supercalifragilisticexpialidocious day!
Answer:
$890 or it's $34211.6
Step-by-step explanation:
you divide 5518 by 6.2% or you multiply them
First degree trinomial
Third degree monomial
Third degree binomial
-5x^3?
This is a third degree monomial
It has one term so it is a monomial
the exponent is to the power of 3 so it is third degree
Answer:
Third degree monomial.
Step-by-step explanation:
because it only has one number and is to the third degree
Using fractions, 0.45 can be written as + . Using decimals, 0.45 can be written in the form as 0.30 + 0.15.
Decimal number system is applicable for both integers as well as non integers. Decimal number include a whole number part and a decimal part separated using decimal point.
Fractions are the numbers which are part of a whole.
All decimal numbers can be written as fractions and fractions can be written in the form of decimal numbers.
The given number is 0.45.
0.45 can be written as .
can be expanded in various ways like (40 + 5)/100, (42 + 3)/100 and so on.
can be written in one of the form as + .
When simplified, simplified to and simplified to .
So 0.45 = + .
Now, in the decimal form, = 0.3 and = 0.15
So, 0.45 = 0.3 + 0.15
Hence 0.45 can be expanded in the fractional form as + and in the decimal form as 0.3 + 0.15.
To learn more about Decimals, click :
#SPJ2
Answer:
0.4 + 0.05= 0.45
FRACTION FORM:
4/10+ 5/100= 0.45
Step-by-step explanation:
Hope this helps!! Tell me if I'm wrong! :)
(B) Find the demand equation.
(C) Find the equilibrium price and quantity
Answer:
(A) Find the supply equation.
Qs = 245.67 + 333.33Ps
(B) Find the demand equation.
Qd = 1079 - 1000Pd
(C) Find the equilibrium price and quantity
Price P = $0.625
Quantity Q = 454 bushels
Step-by-step explanation:
The demand equation is of the form;
Q = a - bP
The supply equation is of the form;
Q = c + eP
We need to determine the values of a,b,c,d;
At $ 0.49 per bushel, the daily supply for wheat is 409 bushels, and the daily demand is 589 bushels
589 = a - b(0.49) ........1
409 = c + e(0.49) .........2
When the price is raised to $ 0.85 per bushel, the daily supply increases to 529 bushels, and the daily demand decreases to 229 bushels;
229 = a - b(0.85) ........3
529 = c + e(0.85). .......4
Subtract equation 3 from 1
589-229 = b(0.85) - b(0.49)
360 = b(0.36)
b = 360÷0.36
b = 1000
Using equation 1
589 = a - 1000(0.49)
a = 589+490 = 1079
Subtract equation 2 from 4
529-409= e(0.85) - e(0.49)
120 = 0.36e
e = 120/0.36
e = 333.33
Using equation 2
409 = c + 333.33(0.49)
c = 409 - 333.33(0.49)
c = 245.67
Therefore the demand equation is;
Qd = 1079 - 1000Pd
The supply equation is ;
Qs = 245.67 + 333.33Ps
The equilibrium price is at Qs = Qd and Ps = Pd
1079-1000P = 245.67 +333.33P
P = (1079-245.67)/(1000+333.33)
P = $0.625
Qd = 1079 - 1000(0.625)
Qs = Qd = 454