diff --git a/funwithphysics/src/Components/Integration/Topic/Calculator.css b/funwithphysics/src/Components/Integration/Topic/Calculator.css
index 2fd5f0858..ea0f4c0e6 100644
--- a/funwithphysics/src/Components/Integration/Topic/Calculator.css
+++ b/funwithphysics/src/Components/Integration/Topic/Calculator.css
@@ -40,6 +40,8 @@
.Calculator__formula {
grid-area: formula;
font-family: math;
+ margin-top: 150px;
+
}
.Calculator__example {
grid-area: example;
@@ -71,6 +73,10 @@
font-size: 1.2rem;
padding-right: 2vh;
}
+ .Calculator__topic
+ {
+ margin-bottom: -300px;
+ }
@media only screen and (max-width: 992px) {
.Calculator__main {
diff --git a/funwithphysics/src/Components/Integration/Topic/Calculator.js b/funwithphysics/src/Components/Integration/Topic/Calculator.js
index 239247edd..500da311b 100644
--- a/funwithphysics/src/Components/Integration/Topic/Calculator.js
+++ b/funwithphysics/src/Components/Integration/Topic/Calculator.js
@@ -18,11 +18,37 @@ function Calculator() {
,
"1. f(a) exists (i.e. f(a) has a finite value)",
,
- "2. Limx→a f(x) exists (i.e. the right-hand limit = left-hand limit, and both are finite)",
+ "2. Lim",
+ x→a,
+ "f(x) exists (i.e. the right-hand limit = left-hand limit, and both are finite)",
,
- "3. Limx→a f(x) = f(a)",
+ "3. Lim",
+ x→a,
+ " f(x) = f(a)",
+ ],
+ formula:
+ [
+ "If f(x) is continuous at x = a then,",
+
,
+ "Lim",
+
+ x→a
+ ,
+ "f(x) = f(a)",
+
,
+ "Lim",
+
+ x→a-
+ ,
+ "f(x) = f(a)",
+
,
+ "Lim",
+
+ x→a+
+ ,
+ "f(x) = f(a)",
+
,
],
- formula: "Prove LHS = RHS",
process: [
"The function f(x) is said to be continuous in the interval I = [x1,x2] if the three conditions mentioned above are satisfied for every point in the interval I.",
,
@@ -446,7 +472,7 @@ function Calculator() {
{details.details}