Two planes r. (3i - j + k) = 13 and r2. (i- 4j- 2k) =...
Fantastic news! We've Found the answer you've been seeking!
Question:
Transcribed Image Text:
Two planes r. (3i - j + k) = 13 and r2. (i- 4j- 2k) = 57 Find: Equation of line of intersection of given planes. Two planes r. (3i - j + k) = 13 and r2. (i- 4j- 2k) = 57 Find: Equation of line of intersection of given planes.
Expert Answer:
Related Book For
Posted Date:
Students also viewed these mathematics questions
-
If the position vectors of the points A, B. C, D are a = i+j+k, b= 2i + 3j, c = 3i+ 5j 2k, d = k - j. show the line segments AB and CD are parallel and find the ratio of their lengths. Given the two...
-
Given the two nonparallel vectors a = 3i - 2j and b = -3i 4j and another vector r = 7i - 8j, find scalars k and m such that r = ka + mb.
-
Answer all with detailed explanation 4G 0.0KB/s ll 58 Vo 10:30 AM +91 98499 04135 Yesterday, 7:38 pm OBJECTIVE PHYSICS IA VECTORS 10. If 2i - 3j + 4k, the magnitudes of its components in yz plane and...
-
Consider an asset allocation problem with one risky asset and one risk-free asset .There are four investors .Each investor maximizes a mean-variance utility function to make their optimal investment...
-
If you saw that the price of a share of stock was $20, the exercise price of an option to buy the stock was $10, and the price of the option was $5, what would you do?
-
Add or subtract as indicated. Add. -12p + 4p - 1 3p+7p-8
-
What are some of symptoms of Functional Decompositions?
-
The following pertains to the Cereal Division of McKenzie Corporation. Conversion costs for this division were 80 percent complete as to beginning work-in-process inventory and 50 percent complete as...
-
Why do investors allocate capital across asset classes? Referring to the Financial Analysts Journal article, is the recent shift into low-risk, cash-like assets by many fund managers a type of market...
-
7. 8. 9. An experiment is conducted using a fin as shown below. Temperature readings are collected along the length of the fin, which is made from copper with k-400W/m.K. Tb=50C x1 X L = 0.5m x2 h x3...
-
In this lab you will use a browser-based Mass and Spring simulation that realistically represents the most fundamental features of the real system:...
-
1. What is the average monthly burn rate, i.e. the negative EBITDA before investments?
-
Has the firm performed well for its shareholders from a long-term perspective? Provide an answer regarding to the Microsoft and LinkedIn merger.
-
Describe the variables you would include in a simple algorithm that could be used to achieve the objectives of your group's country portfolio including any adjustments or improvements you would like...
-
Major appliances in North American homes are designed to use 240 V power sources. A typical Whirlpool Washing machine draws 12.0 Amps of current. Assuming the washing machine is used continuously for...
-
The temperature dependence of the resistivity of copper and copper-nickel alloys is shown in the figure below. Explain the reason why the resistivity is increased with Ni amount. What is the residual...
-
a. Calculate the predicted crash counts on a 3 miles long roadway segment (traffic volume or AADT 25,000 vpd). b. What will be the predicted model estimate if the above segment has two CMFs with 1.05...
-
The Adjusted Trial Balance columns of a 10-column work sheet for Webber Co. follow. Complete the work sheet by extending the account balances into the appropriate financial statement columns and by...
-
Use the applets entitled Simulating the Probability of Rolling a 6 and Simulating the Probability of Rolling a 3 or 4 to explore the additive rule of probability. a. Explain why the applet Simulating...
-
The nature of performance anxiety by music students was investigated in the British Journal of Music Education (Mar. 2014). Symptoms of music performance anxiety include increased heart rate, shallow...
-
Linear enamel hypoplasia (LEH) defects are pits or grooves on the tooth surface that are typically caused by malnutrition, chronic infection, stress, and trauma. A study of LEH defects in prehistoric...
-
If you know the electric field \(\vec{E}\) at some location, how can you determine the magnitude and direction of the electric force exerted by that field on an object carrying a charge \(q\) and...
-
(a) If the particle in Figure 23.6 carries a negative charge \(q (b) Does the electric field created by the particle point toward or away from the particle? (c) If \(q\) and \(q_{2}\) are negative,...
-
(a) If the charge on particle 2 in Exercise 23.1 is doubled so that \(q_{2}=2 q_{1}\), what happens to the direction of the electric field at points \(P_{1}\) through \(P_{4}\) ? (b) If the charge on...
Study smarter with the SolutionInn App