A cable that is anchored at P (0,0,0) and passes through Q
(2,8,5) supports a 100...
A cable that is anchored at P (0,0,0) and passes through Q
(2,8,5) supports a 100 lb weight as shown. Express the tension T in
the cable in Cartesian vector
form.
A proton follows the path shown in (Figure 1). Its initial speed is v0 = 1.4 x 10^6 m/s.
Part A What is the proton's speed as it passes through point P? Express your answer to two significant figures and include the appropriate units.
The demand function for iPhone is Q(p) = 100 – P and the cost
function is C(Q) = 5Q. Apple initially sets the price of iPhone to
be p1; after one-year Apple lowers the price to p2. Suppose the
price decrease is not anticipated by the consumers. The number of
consumers buying the iPhone at p1 is q1, and the amount buying at
p2 is q2, where q1=Q(p1) and q1+q2=Q(p2). Find the
profit-maximizing p1 and p2 and the corresponding q1...
The structure of the figure is supported by the pin A of diameter d=3/4" and a cable that passes through the pulley of negligible diameter D.pulley of negligible diameter D and whose assembly is shown in the figure. For the CE bar it was necessary to construct it by joining two sections of plate with a welded joint in the form of a thorn.herringbone welded joint, as shown in the detail. For this configuration, determinea. The minimum area of the...
(c) (¬p ∨ q) → (p ∧ q) and p
(d) (p → q) ∨ p and T
I was wondering if I could get help proving these expressions
are logically equivalent by applying laws of logic.
Also these 2 last questions im having trouble with.
Rewrite the negation of each of the following logical expressions
so that all negations
immediately precede predicates.
(a) ¬∀x(¬P(x) → Q(x))
(b) ¬∃x(P(x) → ¬Q(x))
Suppose that consumer (retail) demand for a product is given
by:
Q=100−P,
where Q is the quantity demanded and P is the price. The inverse
demand curve (which gives the price as a function of the quantity
demanded) is:
P=100−Q.
The marginal cost of production and average total cost of
production are $26 per unit, and the marginal cost of distribution
and average total cost of distribution are $10 per unit.
Suppose the retail distribution is monopolized by another
firm....
2. If the demand function for X is Q =
100 - P, and the supply function for X is Q = 40 + 2P, determine
the effects on: (a) equilibrium price, (b) quantity traded and (c)
government revenue (or cost) if:
A tax of $ 6 per unit produced is established. (Is it different
from the case of establish a tax of $ 6 per unit consumed?)
The consumer demand equation for tissues is given by
q = (100 −
p)2,
where p is the price per case of tissues and q
is the demand in weekly sales.
(a) Determine the price elasticity of demand E when the
price is set at $34. (Round your answer to three decimal
places.)
E =
Interpret your answer.
The demand is going ? up down by % per 1%
increase in price at that price level.
(b) At what price should tissues...
The demand for slurpees in a competitive market is P=100-2Q and
supply is P=Q. What is the equilibrium price and quantity? What is
the value of the area of consumer surplus? What is the value of the
area of producer surplus? What are the gains to trade in the
market? Suppose the slurpee market is monopolized by one firm.
Assume the supply function now represents the monopolist’s marginal
costs schedule. The demand schedule is unchanged. What is the
monopolist’s marginal...
The demand for potato chips in a comptitive market is P=100-2Q
and supply is P=Q.
- What is the equilibrium price and quantity?
- What is the value of the area of consumer and producer
surplus?
- What are the gains to trade in the market?
Suppose the potato chip market is monopolized by one firm.
Assume the suupply function now represents the monopolist's
marginal cost schedule. The demand schedule is unchanged.
- What is the monopolist's marginal revenue mathematically?...