Answer:
Advertiserment(s)
Explanation:
There are many words for advertisements.
Answer:
b. other than 1
Explanation:
Nonlinear models are called that way because they are not linear in parameters. In order for this nonlinear characteristic to exist, the exponents of the parameters must be any number other than 1.
While linear models can have a nonlinear relationship between the predictors and independent variables. But when you analyze the mean (predictor), it must be linear with the parameters.
A settlement made with the aid of using a minor is frequently voidable, however a minor can most effective keep away from a settlement all through his or her minority popularity and for an inexpensive time after he reaches the age of majority. After an inexpensive length of time, the settlement is deemed to be ratified and cannot be avoided.
- Facts of the case: Sean, 17, a snowboarder, signs a long-term endorsement agreement for sportswear. At age 19, he wants to void the agreement by claiming that he lacked capacity when he signed the deal at 17.
- Rule of Law: Minor's Contracts are voidable at the option of Minor.
- Analysis: Since, Minor's Contract is voidable at the option of the Minor who Signs the Contact can either honor the contract or void the contract. A minor can void a contract for lack of capacity, only when he is still under the age of majority. If a minor turn 18 i.e., After attaining Majority and hasn't done anything to void the contract, then the contract can no longer be voided.
- Here, Sean has not done anything to void the contract on attaining the age of 18. So, he at the age of 19, cannot void the agreement by claiming that he lacked capacity when he signed the agreement at 17.
- Decision: Sean Vs. Sportswear Company: In the light of the above provisions, a Court will not permit Sean to now void the agreement.
Learn more about minority popularity here:
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Answer:
The correct answer is 8%.
Explanation:
According to the scenario, the computation of the given data are as follows:
Let 1 year Treasury securities = t
So, Four year Treasury = [(Yield of 3 years Treasury × No. of year) + ( t × No. of year)] ÷ Number of year
So, by putting the value, we get
6.5% = [(6% × 3) + ( t × 1)] ÷ 4
[(6% × 3) + t] = 6.5% ×4
t = 8%
So, the rate on 1-year Treasury securities three years from now is 8%.
