You could either buy a higher call and create a credit spread to hedge the short call option
OR
Buy some of the stock and use it like a covered call strategy.
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The origin.
What we have with the number 235.709, and rounding to the nearest hundredths is knowing your decimal positions. If we had a number "1.abcde..." we would call the number 1 = whole number (scientific notation 1.01) we would call the position "a" = tenths (scientific notation 10-1) we would call the position "b" = hundredths (scientific notation 10-2) we would call the position "c" = thousandths (scientific notation 10-3) we would call the position "d" = ten thousandths (scientific notation 10-4) we would call the position "e" = hundred thousandths (scientific notation 10-5) and this numbering system would continue. In actuality, people might talk about "thousandths," but rarely list anything beyond that (because it begins to become a mouthful! and awkward to say). So then Scientific Notation is used. Do you see how much easier it is to say 10-5 versus "a hundred thousandths"?) The exponent being a negative number informs us how many zero's we need to place to the right of the decimal point. So, 10-5 = 0.000 001 After reviewing what is being asked, we can get back to your original question: "round to the nearest hundredths." You see that 235.709 has values to the "thousandths" position. Therefore, we need to drop a position to get to the "hundredths" position. With .709, you can see that the "9" is higher than 5, so you would carry 1 to the next position (the zero would become one), and you now .71 which is to the "hundredth" position. Your answer would then be 235.71 Now, what would be your number if it was rounded to the nearest tenth?
Shortly is the adverb form of short.Some example sentences for you are:The executive will see you shortly.I will call him shortly.Shortly, I will be going to work.
The combination of a horizontal axis and a vertical axis is called a Cartesian coordinate system, or in short, a graph.
We call "jerk" the third order derivative of position with respect to time, that is, the variation of acceleration. Some say that the derivative of jerk with respect to time (the fourth derivative of position with repsect to time) is called "jounce" or "snap".