Question about Texas Instruments TI-36 X Solar Calculator

Ad

(10^10)^50 is 10^(10*50), which is 10^500. You can't do this on most scientific calculators since they only go to 10^99. But then, you don't need a calculator for a simple problem like this, which I'm sure was what the instructor intended you to discover.

Posted on Sep 28, 2010

Ad

Hi there,

Save hours of searching online or wasting money on unnecessary repairs by talking to a 6YA Expert who can help you resolve this issue over the phone in a minute or two.

Best thing about this new service is that you are never placed on hold and get to talk to real repairmen in the US.

Here's a link to this great service

Good luck!

Posted on Jan 02, 2017

Ad

Let's split it into pieces.

Raise 10 to the 8th power.

10^8

Then multiply the result by a.

a * 10^8

Good luck,

Paul

Raise 10 to the 8th power.

10^8

Then multiply the result by a.

a * 10^8

Good luck,

Paul

May 13, 2018 | Homework

An example is here. You must use "300 Savage" or "300 Sav" only! Great ammo for deer. http://www.ableammo.com/catalog/cheap-savage-centerfire-rifle-ammo-sale-online-discount-prices-c-10480_14658_14743_14905_14822.html

Apr 03, 2013 | Savage Arms Savage 10 50th Anniversary 300...

If you want to raise a number to a power, use the ^ key just above the divide key. For example, to raise two to the third power, press

2 ^ 3 ENTER

If you want roots, use the root function in the MATH menu. For example, to take the third root of two, press

3 MATH 5 2 ENTER

2 ^ 3 ENTER

If you want roots, use the root function in the MATH menu. For example, to take the third root of two, press

3 MATH 5 2 ENTER

Jan 28, 2013 | Texas Instruments TI-83 Plus Calculator

Raise 10 to the power (1+e^2). Your calculator probably has a 10^x key for this. If it doesn't, use the y^x or ^ key.

If you need more details, please reply to this post and specify the make and model of your calculator.

If you need more details, please reply to this post and specify the make and model of your calculator.

Jan 11, 2013 | Office Equipment & Supplies

You can find the rules to the Game of Life (50th edition) here: **http://tinyurl.com/3uqyonh**

The only differences between the 40th (year 2000 edition) that you have and the 50th edition are a few minute color changes on the board.

Good luck and happy playing!

Good luck and happy playing!

Apr 01, 2011 | Milton Bradley Life Board Game

there is the ^ button right about the division button. I tend to use parenthesis. So 10^(7.5) or 10^(15/2). the same follows for x^(7.5) or x^(15/2)

Apr 26, 2010 | Texas Instruments TI-83 Plus Calculator

To raise 10 to a power, use 10^x (the 2nd function of the LOG key). To raise e to a power, use e^x (the 2nd function of the LN key). To raise a number to another, use y^x (the key just above the divide key).

Apr 03, 2010 | Texas Instruments TI-36 X Solar Calculator

There is key labeled on the body of the calculator as [10 raised to power x]

You press the [2nd] key before.

To enter Avogadro's Number

6.02[*] [ ( ] 23 [2nd][10^x] [)][=]. This is the direct way. Note the parentheses that enclose 10^23.

However, if I had to do it, I would use the commutativity of the multiplaction and enter the power of 10, then multiply by 6.02.

23 [10^x] [*] 6.02 [=]

the exponentiation (the raising to a power) operation has priority over the multiplication

You press the [2nd] key before.

To enter Avogadro's Number

6.02[*] [ ( ] 23 [2nd][10^x] [)][=]. This is the direct way. Note the parentheses that enclose 10^23.

However, if I had to do it, I would use the commutativity of the multiplaction and enter the power of 10, then multiply by 6.02.

23 [10^x] [*] 6.02 [=]

the exponentiation (the raising to a power) operation has priority over the multiplication

Feb 17, 2010 | Texas Instruments TI-30XA Calculator

Hello,

**Please read the following with patience.**

If**y is the log of x**, then **x is the antilog of y**

Let's get back to you problem : To obtain the antilog you use the key marked with a 10^x.

Exemple1: What is the antilog of 3

Answer: Antilog(3) =10^3 =1000 because log(1000) =3.

Exemple 2: What is the antilog of 1.543765?

Antilog(1.543765) = 10^ (1.543765)= 34.97558603

Exemple3: What is the antilog of -0.37654?

Answer: Antilog (-0.37654) =10^(-0.37654) =0.4202038237

Look on the body of the calculator if there is key or a [Shift] key labeled with 10^x ( a 10 with a small raised x). If you are able to find it, use it. If not, you can always use the [raise to the power key] ( a caret ^, or Y to the x or X to the y.) For the last exemple, you type it as follows.

10 [^] (-) 0.37654 [=/ENTER]. The (-) is the change sign not the regular Minus.

Hope it helps.

Thanks for using FixYa.

- Let y=10^(x) ( 10 raised to the power of x)
- Take the log of both tems of the equality.
- You getlog(y)=log[10^(x)] where I used square brackets for clarity.
- But from the general properties of logarithmslog(b^(a)) = a*log(b)
- Applied to our expression above ( in Number 1)log(10^x)=x*log10
- But since we are using log as log in base 10, log_10(10)=1 so log(y)=x
- We thus have two equivalent relations
**y=10^x <----> x=log(y)**The double arrow stands for equivalence.

If

Let's get back to you problem : To obtain the antilog you use the key marked with a 10^x.

Exemple1: What is the antilog of 3

Answer: Antilog(3) =10^3 =1000 because log(1000) =3.

Exemple 2: What is the antilog of 1.543765?

Antilog(1.543765) = 10^ (1.543765)= 34.97558603

Exemple3: What is the antilog of -0.37654?

Answer: Antilog (-0.37654) =10^(-0.37654) =0.4202038237

Look on the body of the calculator if there is key or a [Shift] key labeled with 10^x ( a 10 with a small raised x). If you are able to find it, use it. If not, you can always use the [raise to the power key] ( a caret ^, or Y to the x or X to the y.) For the last exemple, you type it as follows.

10 [^] (-) 0.37654 [=/ENTER]. The (-) is the change sign not the regular Minus.

Hope it helps.

Thanks for using FixYa.

Nov 19, 2009 | Sharp EL-531VB Calculator

1. square of 12

2. cube root of 48 a raise to 5 y raise to 6

3. square root of 128 y raise to 5

4. 6th root of 9 y raise to 2

5. cube root of 24 y raise to 5

6. 10th root of 32 x raise to 5

7. 15th root of 64 x raise to 9

8. 4th root of 10000

9. cube root of 192 p raise to 5

10. cube root of 256 y raise to 12

2. cube root of 48 a raise to 5 y raise to 6

3. square root of 128 y raise to 5

4. 6th root of 9 y raise to 2

5. cube root of 24 y raise to 5

6. 10th root of 32 x raise to 5

7. 15th root of 64 x raise to 9

8. 4th root of 10000

9. cube root of 192 p raise to 5

10. cube root of 256 y raise to 12

Jul 04, 2008 | Texas Instruments TI-89 Calculator

64 people viewed this question

Usually answered in minutes!

×