<p><strong>Online Nursing Class Course Design Principles</strong></p> <p>In the rapidly evolving landscape of education, online nursing ... 続きを読む

多様体を構成するために、位相空間に完全アトラスを導入するところで質問です。 完全アトラスを導入するメリットとして、この文章の下線部を「異なる座標系を用いたのに同じ計算ができてしまうという問題が解消される」解釈したのですが、そこがよくわかりません。座標系を変えて計算する... 続きを読む

1 Two n-dimensional coordinate systems & and ŋ in S overlap smoothly provided the functions on¯¹ and ŋo §¯¹ are both smooth. Explicitly, if : U → R" and ŋ: R", then ŋ 1 is defined on the open set ε (ur) → ° (UV) V and carries it to n(u)—while its inverse function § 4-1 runs in the opposite direction (see Figure 1). These functions are then required to be smooth in the usual Euclidean sense defined above. This condition is con- sidered to hold trivially if u and do not meet. Č (UV) R" Ĕ(U) n(UV) R" S n(v) Figure 1. 1. Definition. An atlas A of dimension n on a space S is a collection of n-dimensional coordinate systems in S such that (A1) each point of S is contained in the domain of some coordinate system in, and (A2) any two coordinate systems in ✅ overlap smoothly. An atlas on S makes it possible to do calculus consistently on all of S. But different atlases may produce the same calculus, a technical difficulty eliminated as follows. Call an atlas Con S complete if C contains each co- ordinate system in S that overlaps smoothly with every coordinate system in C. 2. Lemma. Each atlas ✅ on S is contained in a unique complete atlas. Proof. If has dimension n, let A' be the set of all n-dimensional coordinate systems in S that overlap smoothly with every one contained in A. (a) A' is an atlas (of the same dimension as ✅).

一枚目はあっているかを見ていただきたいです💦 二枚目は絶対値がついていない場合と答えは異なってくるのでしょうか？答えに違いが出てくるのであれば教えて欲しいです。 よろしくお願いします🙇

(2) [ ₁ = 2² dx = √(3 + x² + x) +- dx = | | | | /3 + x| = |og|13-x/] 1 9-7² 3+20 9 tc 3+x 3-x à log | ex ex. ex+ e-x. 131. | et. + C. dal = (Cは積分定数) "le²+ e*)' lete e²+ e-x. te dx = log|e²+ e ² x | + c C. (C124)

対数の問題です。(4)以外の6問が解けません。どなたか解ける方、教えていただきたいです🙇‍♀️

問 4.12 次の値を求めよ. (1) log₂ 3 log3 4 (5) log, √/27 (2) log 348 (6) log18 4 Let's TRY log4 27 log2 3 (7) log3 125 log5 81 (3) (4) log162

この問題が全くわかりません。どう因数分解すればよいんでしょうか？わかる人いたらお願いします。

.Ill docomo Previous Problem Next Problem Let A be the following matrix: Ã = det A = A A 1 = ああ X (1) Find the adjugate matrix of A. = -3 -3 (2) Compute the determinant of A. 2:26 1 Problem List (3) Then the inverse matrix of A is given by 1 det A -Ã. - 3 X 1 -1 1 -3 x + 1 webwork.sci.hokudai.ac.jp m 100% 2 Ć

1番がよくわからないです。

(x,y)→( Let's TRY 問5.2 次の関数 f(x,y) について, (x,y) (0,0) のときの極限を調べよ. (1) f(x,y)= (2) f(x,y) (3) f(x,y)= x²y + xy² x2+y2 = x2-y2 x2+y2 xy x+y

大問3の解答はこれでいいでしょうか？ また、大問2の(2)はおそらくm=5なのですが、ひとつひとつ合成して答えを出すのはいけないでしょうか？

[2] 複素数を成分とする3次正方行列全体のなす複素ベクトル空間をVとする. NEV をN2 ≠ 0 および №3 = 0 をみたすものとする. ただし, 0は3次零行列を表す. (1) 3項列ベクトルu∈C3 で, ベクトル N2u, Nu, u がC上線形独立となるものが 存在することを示せ. (2) 線形写像 f: V→Vを f(x) = NX - XN (X EV) で定めるとき, fm = 0 となる最小の正の整数m を求めよ.ただし, fm は f の m m 回合成写像 fm = fo... of を表す.

10,68の答えがどうしてこのようになるか教えてください。 分野は重積分のストークスの定理です

By Green's theorem in space (divergence theorem). Prove that that (V x A) - n ds for any closed surface S. S Prove that 10.66. dS ff n ds = 0. where n is the outward drawn normal to any closed surface S. (Hint: Let A = Oc, SS S where c is an arbitrary vector constant.) Express the divergence theorem in this special case. Use the arbitrary property of c. 10.67. If n is the unit outward drawn normal to any closed surface S bounding the region V, prove that fff div n dv = S V Stokes's theorem 40.68. Verify Stokes's theorem for A = 2yi + 3xj - z²k, where S is the upper half surface of the sphere x² + y² + ² = 9 and C is its boundary. Ans. Common value = 9T 10.65. , y = 0,

xを有理数・無理数で場合分けする点が納得できません。どなたか解説をお願いします。

1.11 ディリクレ (Dirichlet)関数 f(z) = lim {cos(m!ra)}"| m→○ →0 がェ=0 で連続かどうかを調べよ。

問題としてはこのURLのやつでexercise2.2.9の問題です。 2.2.9. Define T : ℓ^2(Zn ) → ℓ^2(Zn ) by (T(z))(n) =z(n + 1) − z(n). Find all eigenvalues of T.... 続きを読む

16:22マ l 全 の Exerc: 164/520 matrices, convolution operators, and Fourier r operators. 2.2.9. Define T:l'(Zn) - → e°(ZN) by ニ Find all eigenvalues of T. 2.2.10. Let T(m):e'(Z4) → '(Z) be the Fourier multipliei (mz)' where m = (1,0, i, -2) defined by T (m)(2) = i. Find be l(Z4) such that T(m) is the convolutior Tb (defined by Th(Z) = b*z). ii. Find the matrix that represents T(m) with resp standard basis. 2.2.11. i. Suppose Ti, T2:l(ZN) → e(ZN) are tra invariant linear transformations. Prove that th sition T, o T, is translation invariant. ii. Suppose A and B are circulant NxN matric directly (i.e., just using the definition of a matrix, not using Theorem 2.19) that AB is Show that this result and Theorem 2.19 imp Hint: Write out the (m + 1,n+1) entry of the definition of matrix multiplication; compare hint to Exercise 2.2.12 (i). iii. Suppose b,, bz e l'(Zn). Prove that the cor Tb, o Tb, of the convolution operators Tb, and convolution operator T, with b = 2 bz * b.. E Exercise 2.2.6. iv. Suppose m,, mz € l"(Z). Prove that the cor T(m2) ° T(m) and T(m) is the Fourier multiplier operator T) m(n) = m2(n)m」(n) for all n. v. Suppose Ti, T2:l"(Zw) → e'(Zn) are linear tra tions. Prove that if Ti is represented bya matri respect to the Fourier basis F (i.e., [T; (z)]F =A Tz is represented by a matrix Az with respect t the composition T20T, is represented by the ma with respect to F. Deduce part i again. Remark:ByTheerem 2.19, we have just proved of the Fourier multiplier operat Aresearchgate.net - 非公開