Define the pointwise semi-slant submanifold. Find the necessary and sufficient conditions that the holomorphic distribution of...
Fantastic news! We've Found the answer you've been seeking!
Question:
Transcribed Image Text:
Define the pointwise semi-slant submanifold. Find the necessary and sufficient conditions that the holomorphic distribution of a pointwise semi-slant submanifold M of a Kaehler manifold M defines a totally geodesic foliation. Define the pointwise semi-slant submanifold. Find the necessary and sufficient conditions that the holomorphic distribution of a pointwise semi-slant submanifold M of a Kaehler manifold M defines a totally geodesic foliation.
Expert Answer:
Answer rating: 100% (QA)
The submanifold M is called a pointwise slant submanifold if at each given point p M the ... View the full answer
Related Book For
Posted Date:
Students also viewed these mathematics questions
-
Let (i). Write down necessary and sufficient conditions on the entries a, b, c, d that ensures that A has only real eigenvalues. (ii).Verify that all symmetric 2 2 matrices satisfy your conditions....
-
Let (a) Write down necessary and sufficient conditions on the entries a, b, c, d that ensures that A has only real eigenvalues. (b) Verify that all symmetric 2 Ã 2 matrices satisfy your...
-
The following procedures were recently installed by The Geodesic Company: a. All sales are rung up on the cash register, and a receipt is given to the customer. All sales are recorded on a record...
-
The task in this design project is to design an actuation system to power the ram's reciprocating motion in a small-size shaper. The power source of the actuation system is an AC motor with 0.75 hp...
-
Explain how to use a uniform pseudo-random number generator to generate four independent values from a distribution for which the p.d.f. is 2y 1) for 0
-
Market Thyme, a cooperative of organic family-owned farms, has recently started a fresh produce club to provide support to the group's member farms and to promote the benefits of eating organic,...
-
Make a graph of the kinetic energy, potential energy, and incoherent energy versus time for \((a)\) a moving billiard ball colliding with a stationary billiard ball, and (b) a moving ball of cookic...
-
A Soprano Electric sold $3,000,000, 10%, 10-year bonds on January 1, 2010. The bonds were dated January 1 and pay interest July 1 and January 1. Soprano Electric uses the straight line method to...
-
A sleep study administered to U.S. adults showed that the amount of sleep (in hours) they get in a 24-hour period is normally distributed with a mean of 6.5 hours and a standard deviation of 1.25...
-
Business transactions completed by Hannah Venedict during the month of September are as follows. a. Venedict invested $60,000 cash along with office equipment valued at $25,000 in a new business...
-
Karim is deciding whether to invest his capital in the Carletto Fund or the Josep Fund. To inform his decision, Karim decides to examine past portfolio returns. (a) Describe the decisions Karim must...
-
Economic and social conditions in which people live largely determine their overall health status. For this week's discussion, you will take a close look at social determinants of health and their...
-
Thesis Statement: Obtaining a higher education can be expensive. One must decide before going to a college or university if the debt is worth it or not. Claim of Definition or Classification An...
-
How are Canada/Qubec Pension Plan (C/QPP) contributions calculated for commissions paid regularly with salary? Question 18 options: Not applicable; C/QPP does not apply to commission payments...
-
Explain the role of international financial markets and institutions in global environments in evaluating their impact on Pfizer's risk management strategies. Provide resources used to support your...
-
Alice identifies the DEF fund average annual return to be 4.2% with a normal distribution and a standard deviation of 3.4%. What would Alice's expectations be for the fund if the return falls within...
-
Given a cylindrical tank with diameter of 1.2 m. Block N rests on top of Block M as shown in the figure, which is supported by, but not attached to a spring. Block N is suddenly removed. Determine...
-
For the following exercises, write the first four terms of the sequence. a n = 2 n 2
-
Consider a second order iterative scheme u(k+2) = Au(k+l) + Bu(k). Define a quadratic eigenvalue to be a complex number that satisfies det(2I - A - B) = 0. Prove that the system is asymptotically...
-
Use the spectral factorization to diagonalize the following quadratic forms: (a) x2 - 3xy + 5y2 (b) 3x2 + 4x y + 6y2 (c) x2 + 8xz + y2 + 6yz + z2 (d) 3/2x2 - xy - xz + y2 + z2 (e) 6x2 - 8xy + 2xz +...
-
Convert the second order coupled system of ordinary differential equations into a first order system involving four variables. = a+bu+cu+dv,
-
A firm has this cost function: where Q is output (the number of items produced) and C is the total cost of producing these items. The marginal cost MC is a. What is the marginal cost at Q = 0? b. At...
-
Use the equations in Exercise 11.13 to make rough sketches of cost and marginal cost as functions of output Q. Exercise 11.13 A firm has this cubic cost function: where Q is output (the number of...
-
You are considering using a linear equation to model how egg demand D is related to the price P: D = + P. a. Do you expect the value of the parameter to be positive, negative, or 0? Explain. b. Do...
Study smarter with the SolutionInn App