Find the volume of the parallepiped with adjacent edges PQ, PR and PS with P(1,-2,2), Q(1,-1,3),...

Find the volume of the parallepiped with adjacent edges PQ, PR and PS with P(1,-2,2), Q(1,-1,3), R(1,1,0) and S(1,2,3).

Expert Solution

milcah answered 2 years ago

1) Find the volume of the parallelopiped with adjacent edges PQ, PR, PS where P (...

1) Find the volume of the parallelopiped with adjacent edges PQ, PR, PS where P ( -2,-3,-3) , Q (0,0,0) , R (-3,-4,-4) and S ( 4,-5,-1) 2) Find the area of the parallelogram with vertices A (2,2) .B ( 7,3) C (4,7) and D (9,8)

Find the volume of the parallelepiped with adjacent edges PQ, PR, and PS. P(−2, 1, 0),...

Find the volume of the parallelepiped with adjacent edges PQ, PR, and PS. P(−2, 1, 0), Q(3, 3, 3), R(1, 4, −1), S(3, 6, 1) cubic units

Find the volume of the parallelepiped with adjacent edges PQ, PR, PS. P(3, 0, 2), Q(−1, 2,...

Find the volume of the parallelepiped with adjacent edges PQ, PR, PS. P(3, 0, 2), Q(−1, 2, 7), R(4, 2, −1), S(0, 5, 3) Cubic units If a = (2, −1, 5) and b = (4, 2, 1), find the following. a × b = b × a= If a = i − 5k and b = j + k, find a × b

1. suppy curve PQ=4 (1) P=4, Q=?, TR=?, the price elascity=? (2) P=3 Q=?, TR=?, the...

1. suppy curve PQ=4 (1) P=4, Q=?, TR=?, the price elascity=? (2) P=3 Q=?, TR=?, the prics elascity=? 2. suppy curve P=4/root(Q) (1) P=4, Q=?, TR=? The price elascity=? (2) P=3 Q=?, TR=? The price elascity=? I want detailed explanation, thank you very much??

In triangle PQR right-angled at Q , PQ = 3 cm and PR = 6 cm. Determine ∠QPR

If the pth term of an arithmetic progression is 1/q and the qth term is 1/p , prove that the sum of the first pq terms must be 1/2 (pq+1).

If the pth term of an arithmetic progression is $ \frac{1}{q} $ and the qth term is $ \frac{1}{p} $ , prove that the sum of the first pq terms must be $ \frac{1}{2}(pq+1) $.

Demand function : QD(P) = 56 - 1/2P Supply Function : Ps(Q)= 6Q (1) Compute the...

Demand function : QD(P) = 56 - 1/2P Supply Function : Ps(Q)= 6Q (1) Compute the market price and quantity in equilibrium. (2) Compute the consumer and producer surplus in equilibrium. In March 2020 an increase occurred, while the supply function did not change, the new reservation price for the demand function was found to be $200, while the slope of the demand function did not change. (3) Compute the new market price and quantity in equilibrium as of March...

Quantity of Automobile Lube Jobs # Q P # Cars Adv Pr 1 86 30 22.0...

Quantity of Automobile Lube Jobs # Q P # Cars Adv Pr 1 86 30 22.0 500 20 2 87 35 23.0 550 29 3 93 28 23.4 430 31 4 92 25 23.0 400 35 5 86 30 23.6 500 29 6 93 20 24.0 400 30 7 88 29 24.1 300 35 8 89 31 24.5 450 28 9 88 35 25.0 430 25 10 93 29 25.6 500 30 11 87 35 26.0 400 29 12 89...

pr.1 The Observations were made from station P to signal at station Q. The distance between...

pr.1 The Observations were made from station P to signal at station Q. The distance between Pand Qis 12.5 km and diameter of signal at station Q was 20 cm. The sun rays make an angle of 50° with line PQ. Calculate the phase correction if observations were made:on the bright portion,on the bright line.. ,A base line was measured with a steel tape of designated length 30 m at 20°C ata pull of 100 N. The measured length of...

6. Consider infinitely repeated prisoner’s dilemma C D C 2,2 -1,3 D 3.-1 0,0 (a) For...

6. Consider infinitely repeated prisoner’s dilemma C D C 2,2 -1,3 D 3.-1 0,0 (a) For each δ < 1 find the shortest length of punishment that is needed in order to sustain cooperation, or show that the cooperation cannot be sustained. (b) Using the one-shot deviation principle for each δ argue whether tit-for-tat strategy is an SPE or not. The tit-for-tat strategy is to cooperate in period 1. In period t do whatever your opponent did in period t...

Question