Needs Complete solution with 100 % accuracy. Otherwise skip if you can't give complete solution for both of them. 1.Considering the vector of the form7 = af, where a is a constant and"↑is the unit vector, obtain the second derivative in Euler notation and in vector form with components i and j.2.Considering the vector of the form7 = rfwhere is not constant and↑is the unit vector, obtain the first derivative in Euler notation and in vector form with components i and j.

To obtain the second derivative of in Eular notation, we need to differentiate twice with respect…

Answered: 1.Considering the vector of the form 7…

Similar questions

NAME: HART REPORT 7 Physics 303-01 3. The experiment's desired value is that of h and the equation under investigation is: M 1 0.75K Using the above equation, find out the equation correlating the slope and h__. YOU MUST SOLVE FOR THE DEPENDENT VARIABLE FIRST. 4. Now ignore the slope you found above. Now suppose the actual slope the best-fit-line is: = 0.064 x 10* . Use the eq. you found in Q.3 to find your desired experimental slope value husing the given slope and the equation you obtained above for the slope.
(b) The answer provided said it was incorrect, and it is 10% close to the right answer.
Prescription for vision and correction are given in units called diopters(D). Determine the meaning of that unit.Obtain information (perhaps by calling a community optometrist or performing an internet search) on the minimum uncertainty with which corrections in diopters are determined and the accuracy with which corrective lenses can be produced.Discuss the sources of uncertainties in both the prescription and accuracy in the manufacture of lenses.
Solve the following problems: (NOTE: Use any reasonable DATA not given in the problem.)
with explanation pls.
Needs Complete typed solution with complete explanation and 100 % accuracy I vill highly rate u .
Which of the following is a correctly reported confidence interval? O (3.782 +/- 0.02) s O (4 +/- 0.1) s (3.782 +/- 0.002) s O (5.27 +/- 0.23) s
HELP! can you please explain this problem in detail and plug in the values for the formulas, would help a lot! Thank you!
Suppose you push a hockey puck of mass mm across frictionless ice for a time 1.0 s, starting from rest, giving the puck speed v after traveling distance d. You repeat the experiment with a puck of mass 2m. How long will you have yo push the puck for the puck to reach the same speed v?
Needs Complete solution with 100 % accuracy don't use chat gpt or ai plz plz plz.
State the number of significant digits and the implied precision of the given number. The number 1.928×10^4 has........ significant digits (type a whole number) B. What is the implied precision of the number 1.928×10^4 s? A. The number is precise to the nearest hundred seconds B. The number is precise to the nearest second. C. The number is precise to the nearest ten seconds
In expressing experimental error or uncertainty, when should (a) experimental error and (b) percent difference be used?

SEE MORE QUESTIONS