gobeurzb
2022-09-19
Answered

You know your school bus stops at 2 minute intervals the first stop of the route begins at 6:20 AM everyday if your stop is the 18 stop when will the bus arrive for you?

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asked 2021-06-01

Find the linear approximation of the function

Use L(x) to approximate the numbers

asked 2022-09-08

There are 172 South American animals in the Springdale Zoo. That is 45 more than half the number of African animals in the zoo. How many African animals are in the zoo?

asked 2022-06-04

I found that studying linear algebra by getting into vector spaces and linear transformations first made things very easy. This is the approach Halmos or Axler, just to name a few, take.

IMHO, the alternative of going through solving systems of linear equations beforehand, obscures the topic.

What would be equivalent, slightly abstract approaches to study analysis for a freshman? A bit of topology and metric spaces, like Rudin? Multivariate calculus with differential forms, like Hubbard & Hubbard?

IMHO, the alternative of going through solving systems of linear equations beforehand, obscures the topic.

What would be equivalent, slightly abstract approaches to study analysis for a freshman? A bit of topology and metric spaces, like Rudin? Multivariate calculus with differential forms, like Hubbard & Hubbard?

asked 2022-09-13

An accountant earns $35 for the first hour and $23 for each subsequent hour per client. The accountant charges a client $127. How many hours did they work?

asked 2021-08-17

Determine the equation of the line in slope-intercept form which passes through the point (7. -3) and has the slope $-\frac{4}{3}$ .

asked 2022-02-24

The question: 3 solutions of a certain 2nd order non homogenous linear equation are:

Find the general solution of the equation.

My attempt: (I closely followed an example from the book)

so

And then using that theorem: Every solution is in the form of

I am not really sure about my answer, particularly during the part of assuming linear independence.

asked 2022-02-25

I mean, that whenever we talk about linear equations, we say that they always form a straight line on a graph. We make this sure by making a graph of some possible solutions to the equation and plotting the points on the graph. But can we make sure that all the solutions of the linear equation will always form a straight line because we cannot plot each and every solution of the equation on the graph because there are infinitely many solutions to a linear equation in 2 variables?