Best answer will be awarded the brainliest and 5 stars solve this problem using estimation and rounding each amount to the neare
st ten dollars so Over a two month period Mr Bryants sixth grade class donated their spare change to help another student whose home burned. The class raised $58.23 the first month and $66.57 the second month about how much money did Mr. Bryants class raise for their classmate
The answer is: " $ 130.00 " ; or, write as: " $ 130 " . _________________________________________________________ Explanation: _________________________________________________________ → { $ 58.23 + $ 66.57 } ; _________________________________________________________ → Round EACH of these TWO (2) values to the nearest TEN (10) dollars ; {as per the instructions specified in THIS VERY "Brainly" question/ problem} ; _________________________________________________________ → Start with the first 'given value' : → " $ 58.23 " ; _________________________________________________________ → We are instructed toround to the nearest TEN (10) dollars ; → Do we round to: "$ 50.00" ? ; or, to: "$ 60.00" ?
→ Since the amount is: " $ 58.23 " ; → We look the value of the "digit" that appears in the "space" DIRECTLY AFTER the: " ($5) " .
→ If the [said digit] is: "5 or greater" {i.e., "5, 6, 7, 8, or 9"} ; then we round (up) to: " $ 60.00 " . → If the [said digit] is: "4 or lesser" {i.e., "4, 3, 2, 1, or 0") ; then we round (down) to: " $ 50.00 " .
→ Since the [said digit] in the value, " $ 58.23" ; is:"8" ; → { and since: "8" — is a [number/digit) that is:"5 or greater" } ; → We round (up) to: " $60.00 " . __________________________________________________________ → Now, let us consider the "second value" given to us: → " $ 66.57 " ; __________________________________________________________ → We are instructed to round to the nearest TEN (10) dollars ; → Do we round to: " $ 60.00" ? ; or, to: " $ 70.00" ?
→ Since the amount is: " $ 66.57 " ; → We look the value of the "digit" that appears in the "space" DIRECTLY AFTER the: " ($6) " ;
→ If the [said digit] is: "5 or greater" {i.e., "5, 6, 7, 8, or 9"} ; then we round (up) to: " $70.00 " . → If the [said digit] is: "4 or lesser" {i.e., "4, 3, 2, 1, or 0") ; then we round (down) to: " $60.00 " .
.→ Since the [said digit] in the value, " $ 66.57 " ; is:"6" ; → { and since: "6" — is a [number/digit) that is:"5 or greater" } ; → We round (up) to: " $70.00 " . ._____________________________________________________ → So; as per the instructions in this very "Brainly" question/problem ; _____________________________________________________ We rewrite:→ { $ 58.23 + $ 66.57 } ;
→ <u>by substituting</u>: "$60.00" (in lieu of: "$58.22") ; <u><em>and</em></u>
→ <u>by substituting</u>: "$70.00" (in lieu of: "$66.67") ; ________________________________________________________ → as follows: ________________________________________________________ → { $60.00 + $70.00 } ; → and add these 2 (TWO) "rounded" values together; as follows: ________________________________________________________ → {$60.00 + $ 70.00 } ; to get: ________________________________________________________ = " $ 130.00 " ; or, write as: " $ 130 " . ________________________________________________________
If an employee has already measured out 59 pounds of wild rice. The number of pounds of long grain brown rice should she add to make the blend is: 88.5 pounds of long grain.
<h3>Number of pounds of long grain</h3>
Let x represent number of pounds of long grain
6.45×59+3.95x=(59+x)×4.95
380.55+3.95x =292.05+4.95x
380.55–x =292.05
-x=292.05-380.55
-x = -88.5
x = 88.5 pounds of long grain
OR
6.45×59+3.95x=(59+x)×4.95
x=(6.45-4.95)×59
x=1.5×59
x=88.5 pounds of long grain
Therefore If an employee has already measured out 59 pounds of wild rice. The number of pounds of long grain brown rice should she add to make the blend is: 88.5 pounds of long grain.