Answer:
Step-by-step explanation:
The circular thread milling cutter ZBGF H allows you to carry out drilling and thread milling without tool change and in only one operation.
This solid carbide tool stands for process reliable milling of metric internal threads and insert threads (EG) up to 2,5xD. The thread milling cutter feels at home even in difficult to machine materials up to 63 HRC.
Due to the manufacturing process an exact thread depth of up to 1,5xP to the hole bottom is possible. The short milling chips produced during machining are removed in the direction of the shank. The ZBGF has straight flutes and is left-hand cutting which are the best prerequisites for achieving high tool life in synchronous milling.
The tool benefits from the properties of the BA-coating. This coating is wear resistant, extremely heat resistant and shows a high hardness. In series of tests, BASS was able to prove that the geometry of the milling cutter in combination with the BA-coating is superior to a milling cutter type with
internal coolant.
With a ZBGF, a range of different thread dimensions with the same pitch can be realized, e. g. M10 and M12x1,5. It is used in varied materials, all tolerances and for the production of left-hand or right-hand threads.
For its application, the ZBGF requires the same conditions that are already known from conventional thread milling.
Answer: The answer is (B) They show direct variation because y=x+2 and 10-5=12-7.
Step-by-step explanation: We are given two points (5 7) and (10, 12) and we are to select the correct statement about the two given points.
Since we have
7 = 5 + 2 and 12 = 10 + 2, so we can directly say that the equation of the line passing through the two points will be
y = x + 2.
Since we can directly find the relation between x and y, so we can say that they show direct variation because y=x+2 and 10-5=12-7.
Thus, the correct option is (B).
Answer:
Step-by-step explanation:
Slope intercept form: when is the slope of the line and is the y-intercept (the y-coordinate of the point the line crosses the y-axis)
<u>1) Find the slope (</u><u>)</u>
when the points are and
We can use any two points that the table gives us to plug into this equation. For example, we can use the points (14,0) and (0,7):
Simplify the fraction
So far, our equation looks like this:
<u>2) Find the y-intercept (</u><u>)</u>
The y-intercept is the y-coordinate of the point the line crosses the y-axis, or in other words, it's the value of y when x is equal to 0.
Looking at the table, we can see that y is equal to 7 when x is equal to 0, so, therefore, .
Now, this is our final equation after plugging in and :
I hope this helps!
Your answer to this question will be true
Answer: 78.4
Step-by-step explanation:
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