Sentence examples for I satisfy from inspiring English sources

Suggestions(2)

"I satisfy" is correct and usable in written English.
It is a grammatically correct sentence fragment, and can be used in a variety of contexts. One possible use of "I satisfy" could be in a response to a question or statement about someone's needs or desires. For example: Person 1: "What do you look for in a job?" Person 2: "I satisfy easily, so a good work-life balance is important to me." In this context, "I satisfy" means that the person can be easily contented or fulfilled, and therefore values a job that allows for a healthy balance between work and personal life. Another use of "I satisfy" could be as a statement of assurance or capability. For example: Person 1: "Can you handle the project on your own?" Person 2: "Yes, I satisfy, I have enough experience to handle it." Here, "I satisfy" means that the person is confident in their ability to handle the project and believes they have the necessary skills and experience to do so. Overall, "I satisfy" can be used in various situations where a person wants to express their contentment, assurance, or abilities.

Exact(40)

The eigenvalues in (i) satisfy (0=mu_{1}

(36) Here (beta(i)) and (eta(i)) satisfy the following assumptions.

(C1) lim inf n → ∞ r n > 0. Assume that T i and S i satisfy condition (I) and F ≠ ∅.

Clearly, both f and I i satisfy the assumptions given in Theorem 4.6 and Theorem 4.7 with L 1 = L 2 = 1 6.

Clearly, both f and I i satisfy the assumptions given in Theorem 4.5 and Theorem 4.6 with L 1 = 1 5, L 2 = 1 5, respectively.

It is assumed that x i and H i satisfy the following power constraints E tr x i x i H = P i, (2).

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Similar(20)

If the ith hypothesis test is defined according to (15a) and (15b), the projection matrix A satisfies (18) for a given ε∈ 0,1), and the estimates { α ̂ i } satisfy (19) for some ζ∈[0,1], then the bound p i ≤ 1 − F d i 2 ; K, ( 1 + ε ) 2 α ̂ i 2 ζ + τ 2 (20).

In our previous section, we show that a CSMA/CA-based CRN is stable when its successful transmission probabilities {P i } satisfy a certain constraint.

Therefore, we find that I ± satisfy the ( PS ) c conditions with c ± = inf { I ± ( h ) : h ∈ E }.

Here, U is the unitary matrix obtained from the singular value decomposition (SVD) of P=U H D P U, and X is the diagonal matrix having its diagonal elements X i,i) satisfy: D_{P}^{-1}(i,i X i,i)=(mu^{-1}-D_{P}^{-1}(i,i))^, (13).

According to the corollary, the condition (i) implies the guarantee that the functions (h_{i}) satisfy the same conditions (ii), (iv) of Theorem 4 as the functions (f_{i}), (i=1,2).

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