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What else can I help you with?
Is the calculator always right?
It really depends on the calculator. As long as you make sure you punched in the right numbers. To check if your calculator is broken, press the number 8 and if some pieces of the corner of the number is faded, then it's time to buy a new calculator. yes it is always right just as long as you are typing in the right numbers that you need to. :) brandi
When using a calculator to find the square root of a number what is the correct sequence of steps?
Assuming you have a scientific calculator which has a square root button ([√]) the method depends upon which calculator you have, and in what mode the calculator is set. The most recent Casio calculators have two modes of entry: MathIO and LineIO. InMathIO the sequence is: [√] [<expression>] [=] In LineIO, if the <expression> is more than one number brackets needs to be entered: [√] [(] [<expression>] [)] [=] This LineIO type of entry is used on the older Casio calculators. With older models of Casio calculators, and other manufacturers the functions work on the displayed value which is replaced by the value if the function. With these calculators, the expression is entered first and then the square root key is pressed: [(] [<expression> [)] [√] parentheses are only needed if the square root is of an expression. Examples: Square root of 16 MathIO: [√] [1] [6] [=] LineIO: [√] [1] [6] [=] Other: [1] [6] [√] Using Pythagoras to find the hypotenuse of a right angle triangle with sides 3 and 4: MathIO: [√] [3] [x²] [+] [4] [x²] [=] LineIO: [√] [(] [3] [x²] [+] [4] [x²] [)] [=] Other:[(] [3] [x²] [+] [4] [x²] [)] [√] With MathIO the square root symbol extends over the expression as each key is pressed which is why the parentheses are not needed in the last example.
Is 310172431 arithmetic sequence?
Oh, dude, an arithmetic sequence is a sequence of numbers where the difference between consecutive terms is constant. So, to check if 310172431 is an arithmetic sequence, you'd need a sequence of numbers, not just one lonely number. Like, you can't have a party with just one person, right? So, in this case, 310172431 is not an arithmetic sequence because it's just a single number hanging out by itself, feeling all left out.
Where is the exponent key on a TI-30XA calculator?
Hit the EE button on the calculator, and two zeros pop up on the right side of the screen. You then can type any one or two digit number as your exponent.
What is the square root of 343?
Well, isn't that a happy little question! The square root of 343 is 19. You see, when you find the square root of a number, you're looking for a number that, when multiplied by itself, gives you the original number. Just like painting a beautiful landscape, math can be a peaceful and rewarding experience.
When using a calculator to find the square root of a number what is the right sequence of steps?
It depends on the calculator - some have the sqrt function, with others you need to use the exponent.
How do you get square roots in the calculator?
Windows Calculator has a "sqrt" button on the right hand side. Key in your number then click on this button.
What is the function of a set-square?
In a calculator it makes the screen the same number across left to right as up and down even if the screen is not square.
When you take the square root of 4 and then subtract 2 from it the answer is a negative number why?
2
Square root of 136?
11.6619038You know you could always use google calculator or a real calculator right?
How do you find the square root of an irrational numbers?
You can find the square root of an irrational number by approximating irrational square roots of them, after you use the calculator. (The calculator gives an approximate root also) For example,1. Approximate the square root of 4.3 to the nearest hundredth.Use the calculator, which shows 2. 0736444135.Since 3 < 5 round down to 2.07 and drop the digits to the right of 7.2. Approximate the negative square root of 10.8 to the nearest hundredth.Use the calculator, which shows -3.286335345Since 6 > 5 round up to -3.29 and drop the digits to the right of 8.
Is the calculator always right?
It really depends on the calculator. As long as you make sure you punched in the right numbers. To check if your calculator is broken, press the number 8 and if some pieces of the corner of the number is faded, then it's time to buy a new calculator. yes it is always right just as long as you are typing in the right numbers that you need to. :) brandi
What is the next number in the sequence 7 11 19 35?
Find the next two number in the sequence
What is the square root of 4445?
In getting the square root, you will need a scientific calculator. Just put in 4445 then press the square root sign. Right then you will get 66.6708332 and that is the square root of 4445.
Is the number 2002 square?
The number 2002 is not square. For a number to be square, its square root must be a whole number (nothing to the right of the decimal). The square root of 2002 is 44.74371464...
When using a calculator to find the square root of a number what is the correct sequence of steps?
Assuming you have a scientific calculator which has a square root button ([√]) the method depends upon which calculator you have, and in what mode the calculator is set. The most recent Casio calculators have two modes of entry: MathIO and LineIO. InMathIO the sequence is: [√] [<expression>] [=] In LineIO, if the <expression> is more than one number brackets needs to be entered: [√] [(] [<expression>] [)] [=] This LineIO type of entry is used on the older Casio calculators. With older models of Casio calculators, and other manufacturers the functions work on the displayed value which is replaced by the value if the function. With these calculators, the expression is entered first and then the square root key is pressed: [(] [<expression> [)] [√] parentheses are only needed if the square root is of an expression. Examples: Square root of 16 MathIO: [√] [1] [6] [=] LineIO: [√] [1] [6] [=] Other: [1] [6] [√] Using Pythagoras to find the hypotenuse of a right angle triangle with sides 3 and 4: MathIO: [√] [3] [x²] [+] [4] [x²] [=] LineIO: [√] [(] [3] [x²] [+] [4] [x²] [)] [=] Other:[(] [3] [x²] [+] [4] [x²] [)] [√] With MathIO the square root symbol extends over the expression as each key is pressed which is why the parentheses are not needed in the last example.
How do you find out square root of 5000?
first you get a calculator. then you put in 5000. after that you press the square root button(the one with the open square) and your answer should be...70.710678 but if you round it to the nearest tenth then it would be..70.7! now im absolutely sure that im right cuz i used a calculator to check my answer!
