An intuitive answer (NOTE: this is far from precise!)
A function is continuous if you can trace its graph without lifting your pencil from the page. If, additionally, it is smooth everywhere without any jagged edges or abrupt corners, then it is differentiable. It is not possible for a function to be differentiable but not continuous. On the other hand, plenty of functions are continuous without being differentiable.
Tangent continuity: No sharp angles. Curvature continuity: No sharp radius changes.
There are several different ways of defining continuity. The following is based on work done by Bolzano and Weierstrass.A function f(x), of a variable x is continuous at the point c if, given any positive number e, however small, it is possible to find d such thatf(c) - e < f(c) < f(c) + efor ALL x in c - d < x < c + d.In simpler terms, it is possible to find an interval around x such that for ALL values of x' in that interval, the value of the function, f(x'), is close to f(x).Determining continuity visually, it is easy: if the function can be drawn without lifting your pencil, then it is continuous and if you cannot, it is not.
If you are looking at a graph and you want to know if a function is continuous, ask yourself this simple question: Can I trace the graph without lifting my pencil? If the answer is yes, then the function is continuous. That is, there should be no "jumps", "holes", or "asymptotes".
responses is 547.a Introduction to Continuity
It is the integral (or sum) of the joint probability distribution function of the two events, integrated over the domain in which the condition is met.
Continuity in mathematics is the first derivative equal to zero or the Boundary condition.
Ohms not current (amps) indicate continuity. If you have no continuity then you will read an open line condition (OL on meters). If you have continuity you will have some type of resistance reading in ohms. 0 ohms would indicate continuity 0 amps indicates no current flow.
To check a photo control switch for continuity, you will need a multimeter set to the continuity test function. Disconnect the switch from the circuit, then touch one probe to each terminal of the switch. If the multimeter beeps or shows continuity, it means the switch is functioning properly.
The IF function.
IF function
They allow the user to test: Volts (AC and DC), Amps, Ohms and basic continuity.
A logical function, such as the IF function.
The IF function has 3 arguments. They are the condition, the action to take if the condition is true and the action to take if the condition is false. See the related question below.
State the function of the individual bits of Condition Code Registr?
Continuity
What is the difference between absolute continuity and differential continuity? Do an individual's experiences affect differential continuity? Provide specific examples
What is the difference between absolute continuity and differential continuity? Do an individual's experiences affect differential continuity? Provide specific examples